PMD Core Ontology
type: Ontology
bibliographic citation: PMDco: Platform Material Digital Ontology. Version 3.0.0-alpha4, https://w3id.org/pmd/co/
contributor: Martin Glauer
contributor: Hossein Beygi Nasrabadi
contributor: Simon Stier
contributor: Kostiantyn Hubaiev
created: 2025-10-30
creator: Jannis Grundmann
creator: Jörg Waitelonis
creator: Fabian Neuhaus
creator: Bernd Bayerlein
creator: Markus Schilling
creator: Lars Vogt
creator: Henk Birkholz
creator: Thomas Hanke
creator: Philipp von Hartrott
description: The Platform MaterialDigital Core Ontology (PMDco) is a mid-level semantic framework for Materials Science and Engineering (MSE). Aligning with the ISO/IEC 21838-2:2021 standard, PMDco constructed on basis of Basic Formal Ontology (BFO) and reuses several BFO-aligned ontologies like RO, IAO, and OBI. The scope of PMDco follows the fundamental paradigm of MSE (processing, structure, and properties) and encompasses the following domains: (*) Processes: Representation of MSE-related process chains, including materials manufacturing, characterization, and simulation processes. (*) Structure/state: Description of substances, engineered materials, and specification of materials, their composition, and multiscale structural features. (*) Properties: Specification of material properties and qualities, representing processing-structure-properties dependences. PMDco also provides general entities required for representing the fundamental MSE topics (e.g., thermodynamics), as well as general semantics for entities commonly required across MSE disciplines (such as devices, roles, functions, and plans). PMDco at GitHub: https://github.com/materialdigital/core-ontology Documentation: https://materialdigital.github.io/core-ontology/docs/
dcterms:license: https://creativecommons.org/licenses/by/4.0/
prior version: 3.0.0-alpha3
version IRI: 3.0.0-alpha4
version info: 3.0.0-alpha4

dcterms:license
type: AnnotationProperty

example of usage
type: AnnotationProperty
definition: A phrase describing how a term should be used and/or a citation to a work which uses it. May also include other kinds of examples that facilitate immediate understanding, such as widely know prototypes or instances of a class, or cases where a relation is said to hold.
definition source: GROUP:OBI:<http://purl.obolibrary.org/obo/obi>

definition
type: AnnotationProperty
definition: The official definition, explaining the meaning of a class or property. Shall be Aristotelian, formalized and normalized. Can be augmented with colloquial definitions.
editor note: 2012-04-05: Barry Smith The official OBI definition, explaining the meaning of a class or property: 'Shall be Aristotelian, formalized and normalized. Can be augmented with colloquial definitions' is terrible. Can you fix to something like: A statement of necessary and sufficient conditions explaining the meaning of an expression referring to a class or property. Alan Ruttenberg Your proposed definition is a reasonable candidate, except that it is very common that necessary and sufficient conditions are not given. Mostly they are necessary, occasionally they are necessary and sufficient or just sufficient. Often they use terms that are not themselves defined and so they effectively can't be evaluated by those criteria. On the specifics of the proposed definition: We don't have definitions of 'meaning' or 'expression' or 'property'. For 'reference' in the intended sense I think we use the term 'denotation'. For 'expression', I think we you mean symbol, or identifier. For 'meaning' it differs for class and property. For class we want documentation that let's the intended reader determine whether an entity is instance of the class, or not. For property we want documentation that let's the intended reader determine, given a pair of potential relata, whether the assertion that the relation holds is true. The 'intended reader' part suggests that we also specify who, we expect, would be able to understand the definition, and also generalizes over human and computer reader to include textual and logical definition. Personally, I am more comfortable weakening definition to documentation, with instructions as to what is desirable. We also have the outstanding issue of how to aim different definitions to different audiences. A clinical audience reading chebi wants a different sort of definition documentation/definition from a chemistry trained audience, and similarly there is a need for a definition that is adequate for an ontologist to work with.
definition source: GROUP:OBI:<http://purl.obolibrary.org/obo/obi>

definition source
type: AnnotationProperty
definition: Formal citation, e.g. identifier in external database to indicate / attribute source(s) for the definition. Free text indicate / attribute source(s) for the definition. EXAMPLE: Author Name, URI, MeSH Term C04, PUBMED ID, Wiki uri on 31.01.2007
definition: formal citation, e.g. identifier in external database to indicate / attribute source(s) for the definition. Free text indicate / attribute source(s) for the definition. EXAMPLE: Author Name, URI, MeSH Term C04, PUBMED ID, Wiki uri on 31.01.2007
definition source: GROUP:OBI:<http://purl.obolibrary.org/obo/obi>
definition source: Discussion on obo-discuss mailing-list, see http://bit.ly/hgm99w

label
type: AnnotationProperty

editor note
type: AnnotationProperty
definition: An administrative note intended for its editor. It may not be included in the publication version of the ontology, so it should contain nothing necessary for end users to understand the ontology.
definition source: GROUP:OBI:<http://purl.obofoundry.org/obo/obi>

Source
type: AnnotationProperty

isInMinimalProfile
type: AnnotationProperty
comment: Indicates whether the ontology element is part of the minimal profile of the ontology. Useful for modularization, simplified views, or lightweight implementations.
range: boolean
term tracker annotation: https://github.com/materialdigital/core-ontology/issues/121

term tracker annotation
type: AnnotationProperty
sub property of: editor note
definition: A term tracker annotation is an editor note used to track the history of an entity. For each change, it records the related GitHub issue and pull request.
editor note: hijacked from http://openenergy-platform.org/ontology/oeo/OEO_00020426

pattern example
type: AnnotationProperty
comment: An editor note referring to a pattern which shows the usage of this class or property.
sub property of: editor note

abbreviation
type: AnnotationProperty
sub property of: altLabel
definition: A textual annotation used to specify a commonly accepted abbreviation, acronym, or shortened form of a class label. This property is intended to support concise referencing of ontology classes, especially when standard abbreviations are widely used in practice.
example: "DNA" for "Deoxyribonucleic Acid"

part of
type: ObjectProperty
type: TransitiveProperty
example of usage: my brain is part of my body (continuant parthood, two material entities)
example of usage: my stomach cavity is part of my stomach (continuant parthood, immaterial entity is part of material entity)
example of usage: this day is part of this year (occurrent parthood)
definition: a core relation that holds between a part and its whole
editor note: Everything is part of itself. Any part of any part of a thing is itself part of that thing. Two distinct things cannot be part of each other.
editor note: Occurrents are not subject to change and so parthood between occurrents holds for all the times that the part exists. Many continuants are subject to change, so parthood between continuants will only hold at certain times, but this is difficult to specify in OWL. See http://purl.obolibrary.org/obo/ro/docs/temporal-semantics/
editor note: Parthood requires the part and the whole to have compatible classes: only an occurrent can be part of an occurrent; only a process can be part of a process; only a continuant can be part of a continuant; only an independent continuant can be part of an independent continuant; only an immaterial entity can be part of an immaterial entity; only a specifically dependent continuant can be part of a specifically dependent continuant; only a generically dependent continuant can be part of a generically dependent continuant. (This list is not exhaustive.) A continuant cannot be part of an occurrent: use 'participates in'. An occurrent cannot be part of a continuant: use 'has participant'. A material entity cannot be part of an immaterial entity: use 'has location'. A specifically dependent continuant cannot be part of an independent continuant: use 'inheres in'. An independent continuant cannot be part of a specifically dependent continuant: use 'bearer of'.
inverse of: has part

has part
type: ObjectProperty
type: TransitiveProperty
example of usage: my body has part my brain (continuant parthood, two material entities)
example of usage: my stomach has part my stomach cavity (continuant parthood, material entity has part immaterial entity)
example of usage: this year has part this day (occurrent parthood)
definition: a core relation that holds between a whole and its part
editor note: Occurrents are not subject to change and so parthood between occurrents holds for all the times that the part exists. Many continuants are subject to change, so parthood between continuants will only hold at certain times, but this is difficult to specify in OWL. See http://purl.obolibrary.org/obo/ro/docs/temporal-semantics/
editor note: Everything has itself as a part. Any part of any part of a thing is itself part of that thing. Two distinct things cannot have each other as a part.
editor note: Parthood requires the part and the whole to have compatible classes: only an occurrent have an occurrent as part; only a process can have a process as part; only a continuant can have a continuant as part; only an independent continuant can have an independent continuant as part; only a specifically dependent continuant can have a specifically dependent continuant as part; only a generically dependent continuant can have a generically dependent continuant as part. (This list is not exhaustive.) A continuant cannot have an occurrent as part: use 'participates in'. An occurrent cannot have a continuant as part: use 'has participant'. An immaterial entity cannot have a material entity as part: use 'location of'. An independent continuant cannot have a specifically dependent continuant as part: use 'bearer of'. A specifically dependent continuant cannot have an independent continuant as part: use 'inheres in'.

has realization
type: ObjectProperty
domain: realizable entity
range: process
inverse of: realizes
definition: b has realization c =Def c realizes b
example: As for realizes

realizes
type: ObjectProperty
domain: process
range: realizable entity
definition: (Elucidation) realizes is a relation between a process b and realizable entity c such that c inheres in some d & for all t, if b has participant d then c exists & the type instantiated by b is correlated with the type instantiated by c
example: A balding process realizes a disposition to go bald; a studying process realizes a student role; a process of pumping blood realizes the pumping function of a heart

realizable entity
type: Class
subclass of: specifically dependent continuant
subclass of: Restriction
  all values from: realizable entity
  on property: part of
subclass of: Restriction
  all values from: realizable entity
  on property: part of
subclass of: Restriction
  all values from: realizable entity
  on property: part of
example of usage: the disposition of this piece of metal to conduct electricity.
example of usage: the disposition of your blood to coagulate
example of usage: the function of your reproductive organs
example of usage: the role of being a doctor
example of usage: the role of this boundary to delineate where Utah and Colorado meet
definition: A specifically dependent continuant that inheres in continuant entities and are not exhibited in full at every time in which it inheres in an entity or group of entities. The exhibition or actualization of a realizable entity is a particular manifestation, functioning or process that occurs under certain circumstances.
disjoint with: quality
definition: (Elucidation) A realizable entity is a specifically dependent continuant that inheres in some independent continuant which is not a spatial region & which is of a type some instances of which are realized in processes of a correlated type
example: The role of being a doctor; the role of this boundary to delineate where Utah and Colorado meet; the function of your reproductive organs; the disposition of your blood to coagulate; the disposition of this piece of metal to conduct electricity

process
type: Class
subclass of: occurrent
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: has occurrent part
subclass of: Restriction
  all values from: process
  on property: occurrent part of
subclass of: Restriction
  all values from: process
  on property: temporal part of
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: has occurrent part
subclass of: Restriction
  all values from: process
  on property: occurrent part of
subclass of: Restriction
  all values from: process
  on property: temporal part of
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: has occurrent part
subclass of: Restriction
  all values from: process
  on property: occurrent part of
subclass of: Restriction
  all values from: process
  on property: temporal part of
example of usage: a process of cell-division, \ a beating of the heart
example of usage: a process of meiosis
example of usage: a process of sleeping
example of usage: the course of a disease
example of usage: the flight of a bird
example of usage: the life of an organism
example of usage: your process of aging.
definition: p is a process = Def. p is an occurrent that has temporal proper parts and for some time t, p s-depends_on some material entity at t. (axiom label in BFO2 Reference: [083-003])
editor note: BFO 2 Reference: The realm of occurrents is less pervasively marked by the presence of natural units than is the case in the realm of independent continuants. Thus there is here no counterpart of âobjectâ. In BFO 1.0 âprocessâ served as such a counterpart. In BFO 2.0 âprocessâ is, rather, the occurrent counterpart of âmaterial entityâ. Those natural â as contrasted with engineered, which here means: deliberately executed â units which do exist in the realm of occurrents are typically either parasitic on the existence of natural units on the continuant side, or they are fiat in nature. Thus we can count lives; we can count football games; we can count chemical reactions performed in experiments or in chemical manufacturing. We cannot count the processes taking place, for instance, in an episode of insect mating behavior.Even where natural units are identifiable, for example cycles in a cyclical process such as the beating of a heart or an organismâs sleep/wake cycle, the processes in question form a sequence with no discontinuities (temporal gaps) of the sort that we find for instance where billiard balls or zebrafish or planets are separated by clear spatial gaps. Lives of organisms are process units, but they too unfold in a continuous series from other, prior processes such as fertilization, and they unfold in turn in continuous series of post-life processes such as post-mortem decay. Clear examples of boundaries of processes are almost always of the fiat sort (midnight, a time of death as declared in an operating theater or on a death certificate, the initiation of a state of war)
definition: (Elucidation) p is a process means p is an occurrent that has some temporal proper part and for some time t, p has some material entity as participant
example: An act of selling; the life of an organism; a process of sleeping; a process of cell-division; a beating of the heart; a process of meiosis; the taxiing of an aircraft; the programming of a computer

preceded by
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
inverse of: precedes
definition: b preceded by c =Def b precedes c
example: The temporal region occupied by the second half of the match is preceded by the temporal region occupied by the first half of the match

precedes
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
definition: (Elucidation) precedes is a relation between occurrents o, o' such that if t is the temporal extent of o & t' is the temporal extent of o' then either the last instant of o is before the first instant of o' or the last instant of o is the first instant of o' & neither o nor o' are temporal instants
example: The temporal region occupied by Mary's birth precedes the temporal region occupied by Mary's death.

occurrent
type: Class
subclass of: entity
subclass of: Restriction
  all values from: occurrent
  on property: part of
subclass of: Restriction
  all values from: occurrent
  on property: part of
subclass of: Restriction
  all values from: occurrent
  on property: part of
definition: An entity that has temporal parts and that happens, unfolds or develops through time.
editor note: BFO 2 Reference: every occurrent that is not a temporal or spatiotemporal region is s-dependent on some independent continuant that is not a spatial region
editor note: BFO 2 Reference: s-dependence obtains between every process and its participants in the sense that, as a matter of necessity, this process could not have existed unless these or those participants existed also. A process may have a succession of participants at different phases of its unfolding. Thus there may be different players on the field at different times during the course of a football game; but the process which is the entire game s-depends_on all of these players nonetheless. Some temporal parts of this process will s-depend_on on only some of the players.
disjoint with: Restriction
  on property: part of
  some values from: continuant
disjoint with: Restriction
  on property: part of
  some values from: continuant
disjoint with: Restriction
  on property: part of
  some values from: continuant
definition: (Elucidation) An occurrent is an entity that unfolds itself in time or it is the start or end of such an entity or it is a temporal or spatiotemporal region
example: As for process, history, process boundary, spatiotemporal region, zero-dimensional temporal region, one-dimensional temporal region, temporal interval, temporal instant.

occurs in
type: ObjectProperty
domain: Class
  union of: process
  union of: process boundary
domain: Class
  union of: process
  union of: process boundary
domain: Class
  union of: process
  union of: process boundary
range: Class
  union of: site
  union of: material entity
range: Class
  union of: site
  union of: material entity
range: Class
  union of: site
  union of: material entity
inverse of: environs
definition: b occurs in c =Def b is a process or a process boundary & c is a material entity or site & there exists a spatiotemporal region r & b occupies spatiotemporal region r & for all time t, if b exists at t then c exists at t & there exist spatial regions s and s' where b spatially projects onto s at t & c occupies spatial region s' at t & s is a continuant part of s' at t
example: A process of digestion occurs in the interior of an organism; a process of loading artillery rounds into a tank cannon occurs in the interior of the tank

environs
type: ObjectProperty
domain: Class
  union of: site
  union of: material entity
domain: Class
  union of: site
  union of: material entity
domain: Class
  union of: site
  union of: material entity
range: Class
  union of: process
  union of: process boundary
range: Class
  union of: process
  union of: process boundary
range: Class
  union of: process
  union of: process boundary
definition: b environs c =Def c occurs in b
example: Mouth environs process of mastication; city environs traffic

process boundary
type: Class
subclass of: occurrent
subclass of: Restriction
  all values from: process boundary
  on property: has occurrent part
subclass of: Restriction
  all values from: process boundary
  on property: has temporal part
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: occurrent part of
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: temporal part of
subclass of: Restriction
  all values from: process boundary
  on property: has occurrent part
subclass of: Restriction
  all values from: process boundary
  on property: has temporal part
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: occurrent part of
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: temporal part of
subclass of: Restriction
  all values from: process boundary
  on property: has occurrent part
subclass of: Restriction
  all values from: process boundary
  on property: has temporal part
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: occurrent part of
subclass of: Restriction
  all values from: Class
    union of: process
    union of: process boundary
  on property: temporal part of
definition: p is a process boundary =Def p is a temporal part of a process & p has no proper temporal parts
example: The boundary between the 2nd and 3rd year of your life

site
type: Class
subclass of: immaterial entity
definition: (Elucidation) A site is a three-dimensional immaterial entity whose boundaries either (partially or wholly) coincide with the boundaries of one or more material entities or have locations determined in relation to some material entity
example: A hole in a portion of cheese; a rabbit hole; the Grand Canyon; the Piazza San Marco; the kangaroo-joey-containing hole of a kangaroo pouch; your left nostril (a fiat part - the opening - of your left nasal cavity); the lumen of your gut; the hold of a ship; the interior of the trunk of your car; hole in an engineered floor joist

material entity
type: Class
subclass of: independent continuant
definition: An independent continuant that is spatially extended whose identity is independent of that of other entities and can be maintained through time.
editor note: Elucidation: An independent continuant that is spatially extended whose identity is independent of that of other entities and can be maintained through time.
disjoint with: immaterial entity
definition: (Elucidation) A material entity is an independent continuant has some portion of matter as continuant part
example: A human being; the undetached arm of a human being; an aggregate of human beings

exists at
type: ObjectProperty
domain: entity
range: temporal region
definition: (Elucidation) exists at is a relation between a particular and some temporal region at which the particular exists
example: First World War exists at 1914-1916; Mexico exists at January 1, 2000

entity
type: Class
example of usage: Julius Caesar
example of usage: Verdiâs Requiem
example of usage: the Second World War
example of usage: your body mass index
editor note: BFO 2 Reference: In all areas of empirical inquiry we encounter general terms of two sorts. First are general terms which refer to universals or types:animaltuberculosissurgical procedurediseaseSecond, are general terms used to refer to groups of entities which instantiate a given universal but do not correspond to the extension of any subuniversal of that universal because there is nothing intrinsic to the entities in question by virtue of which they â and only they â are counted as belonging to the given group. Examples are: animal purchased by the Emperortuberculosis diagnosed on a Wednesdaysurgical procedure performed on a patient from Stockholmperson identified as candidate for clinical trial #2056-555person who is signatory of Form 656-PPVpainting by Leonardo da VinciSuch terms, which represent what are called âspecializationsâ in [81
definition: (Elucidation) An entity is anything that exists or has existed or will exist
example: Julius Caesar; the Second World War; your body mass index; Verdi's Requiem

temporal region
type: Class
subclass of: occurrent
subclass of: Restriction
  all values from: temporal region
  on property: occurrent part of
subclass of: Restriction
  all values from: temporal region
  on property: temporal part of
subclass of: Restriction
  all values from: temporal region
  on property: occurrent part of
subclass of: Restriction
  all values from: temporal region
  on property: temporal part of
subclass of: Restriction
  all values from: temporal region
  on property: occurrent part of
subclass of: Restriction
  all values from: temporal region
  on property: temporal part of
definition: (Elucidation) A temporal region is an occurrent over which processes can unfold
example: As for zero-dimensional temporal region and one-dimensional temporal region

has occurrent part
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
sub property of: has part
inverse of: occurrent part of
definition: b has occurrent part c =Def c occurrent part of b
example: Mary's life has occurrent part Mary's 5th birthday

occurrent part of
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
sub property of: part of
definition: (Elucidation) occurrent part of is a relation between occurrents b and c when b is part of c
example: Mary's 5th birthday is an occurrent part of Mary's life; the first set of the tennis match is an occurrent part of the tennis match

has proper occurrent part
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
sub property of: has occurrent part
inverse of: proper occurrent part of
definition: b has proper occurrent part c =Def b has occurrent part c & b and c are not identical
example: As for has occurrent part.

proper occurrent part of
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
sub property of: occurrent part of
definition: b proper occurrent part of c =Def b occurrent part of c & b and c are not identical
example: As for occurrent part of.

has temporal part
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
sub property of: has occurrent part
inverse of: temporal part of
definition: b has temporal part c =Def c temporal part of b
example: Your life has temporal part the first year of your life

temporal part of
type: ObjectProperty
type: TransitiveProperty
domain: occurrent
range: occurrent
sub property of: occurrent part of
definition: b temporal part of c =Def b occurrent part of c & (b and c are temporal regions) or (b and c are spatiotemporal regions & b temporally projects onto an occurrent part of the temporal region that c temporally projects onto) or (b and c are processes or process boundaries & b occupies a temporal region that is an occurrent part of the temporal region that c occupies)
example: Your heart beating from 4pm to 5pm today is a temporal part of the process of your heart beating; the 4th year of your life is a temporal part of your life, as is the process boundary which separates the 3rd and 4th years of your life; the first quarter of a game of football is a temporal part of the whole game

Axiom
comment: "occurrent part of" is not a BFO2020 temporalized relation. It just restricts the domain and range to "occurrent". That's why is should be OK to make it sub property of RO "part of"
annotated property: subPropertyOf
annotated source: occurrent part of
annotated target: part of

proper temporal part of
type: ObjectProperty
domain: occurrent
range: occurrent
sub property of: temporal part of
inverse of: has proper temporal part
definition: b proper temporal part of c =Def b temporal part of c & not (b = c)
example: As for temporal part of.

has proper temporal part
type: ObjectProperty
domain: occurrent
range: occurrent
sub property of: has temporal part
definition: b has proper temporal part c =Def c proper temporal part of b
example: As for has temporal part.

temporally projects onto
type: ObjectProperty
type: FunctionalProperty
domain: spatiotemporal region
range: temporal region
definition: (Elucidation) temporally projects onto is a relation between a spatiotemporal region s and some temporal region which is the temporal extent of s
example: The world line of a particle temporally projects onto the temporal region extending from the beginning to the end of the existence of the particle

spatiotemporal region
type: Class
subclass of: occurrent
subclass of: Restriction
  all values from: spatiotemporal region
  on property: occurrent part of
subclass of: Restriction
  all values from: spatiotemporal region
  on property: temporal part of
subclass of: Restriction
  all values from: spatiotemporal region
  on property: occurrent part of
subclass of: Restriction
  all values from: spatiotemporal region
  on property: temporal part of
subclass of: Restriction
  all values from: spatiotemporal region
  on property: occurrent part of
subclass of: Restriction
  all values from: spatiotemporal region
  on property: temporal part of
definition: (Elucidation) A spatiotemporal region is an occurrent that is an occurrent part of spacetime
example: The spatiotemporal region occupied by the development of a cancer tumour; the spatiotemporal region occupied by an orbiting satellite

history of
type: ObjectProperty
type: FunctionalProperty
type: InverseFunctionalProperty
domain: history
range: material entity
inverse of: has history
definition: (Elucidation) history of is a relation between history b and material entity c such that b is the unique history of c
example: This life is the history of this organism

has history
type: ObjectProperty
domain: material entity
range: history
definition: b has history c =Def c history of b
example: This organism has history this life

history
type: Class
subclass of: process
definition: (Elucidation) A history is a process that is the sum of the totality of processes taking place in the spatiotemporal region occupied by the material part of a material entity
example: The life of an organism from the beginning to the end of its existence

specifically depended on by
type: ObjectProperty
domain: Class
  union of: specifically dependent continuant
  union of: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: spatial region
domain: Class
  union of: specifically dependent continuant
  union of: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: spatial region
domain: Class
  union of: specifically dependent continuant
  union of: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: spatial region
range: specifically dependent continuant
inverse of: specifically depends on
definition: b specifically depended on by c =Def c specifically depends on b
example: Coloured object specifically depended on by colour

specifically depends on
type: ObjectProperty
domain: specifically dependent continuant
range: Class
  union of: specifically dependent continuant
  union of: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: spatial region
range: Class
  union of: specifically dependent continuant
  union of: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: spatial region
range: Class
  union of: specifically dependent continuant
  union of: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: spatial region
definition: (Elucidation) specifically depends on is a relation between a specifically dependent continuant b and specifically dependent continuant or independent continuant that is not a spatial region c such that b and c share no parts in common & b is of a nature such that at all times t it cannot exist unless c exists & b is not a boundary of c
example: A shape specifically depends on the shaped object; hue, saturation and brightness of a colour sample specifically depends on each other

specifically dependent continuant
type: Class
subclass of: continuant
subclass of: Restriction
  all values from: specifically dependent continuant
  on property: part of
subclass of: Restriction
  all values from: specifically dependent continuant
  on property: part of
subclass of: Restriction
  all values from: specifically dependent continuant
  on property: part of
example of usage: the role of being a doctor
example of usage: Reciprocal specifically dependent continuants: the function of this key to open this lock and the mutually dependent disposition of this lock: to be opened by this key
example of usage: of one-sided specifically dependent continuants: the mass of this tomato
example of usage: of relational dependent continuants (multiple bearers): Johnâs love for Mary, the ownership relation between John and this statue, the relation of authority between John and his subordinates.
example of usage: the disposition of this fish to decay
example of usage: the function of this heart: to pump blood
example of usage: the mutual dependence of proton donors and acceptors in chemical reactions [79
example of usage: the mutual dependence of the role predator and the role prey as played by two organisms in a given interaction
example of usage: the pink color of a medium rare piece of grilled filet mignon at its center
example of usage: the shape of this hole.
example of usage: the smell of this portion of mozzarella
definition: b is a specifically dependent continuant = Def. b is a continuant & there is some independent continuant c which is not a spatial region and which is such that b s-depends_on c at every time t during the course of bâs existence. (axiom label in BFO2 Reference: [050-003])
disjoint with: generically dependent continuant
definition: b is a specifically dependent continuant =Def b is a continuant & there is some independent continuant c which is not a spatial region & which is such that b specifically depends on c
example: (with multiple bearers) John's love for Mary; the ownership relation between John and this statue; the relation of authority between John and his subordinates
example: (with one bearer) The mass of this tomato; the pink colour of a medium rare piece of grilled filet mignon at its centre; the smell of this portion of mozzarella; the disposition of this fish to decay; the role of being a doctor; the function of this heart to pump blood; the shape of this hole

independent continuant
type: Class
subclass of: continuant
subclass of: Restriction
  all values from: independent continuant
  on property: part of
subclass of: Restriction
  all values from: independent continuant
  on property: part of
subclass of: Restriction
  all values from: independent continuant
  on property: part of
example of usage: a chair
example of usage: a heart
example of usage: a leg
example of usage: a molecule
example of usage: a spatial region
example of usage: an atom
example of usage: an orchestra.
example of usage: an organism
example of usage: the bottom right portion of a human torso
example of usage: the interior of your mouth
definition: b is an independent continuant = Def. b is a continuant which is such that there is no c and no t such that b s-depends_on c at t. (axiom label in BFO2 Reference: [017-002])
disjoint with: specifically dependent continuant
disjoint with: generically dependent continuant
definition: b is an independent continuant =Def b is a continuant & there is no c such that b specifically depends on c or b generically depends on c
example: An atom; a molecule; an organism; a heart; a chair; the bottom right portion of a human torso; a leg; the interior of your mouth; a spatial region; an orchestra

spatial region
type: Class
subclass of: immaterial entity
definition: (Elucidation) A spatial region is a continuant entity that is a continuant part of the spatial projection of a portion of spacetime at a given time
example: As for zero-dimensional spatial region, one-dimensional spatial region, two-dimensional spatial region, three-dimensional spatial region

bearer of
type: ObjectProperty
domain: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
domain: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
domain: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
range: specifically dependent continuant
sub property of: specifically depended on by
inverse of: inheres in
definition: b bearer of c =Def c inheres in b
example: A patch of ink is the bearer of a colour quality; an organism is the bearer of a temperature quality

inheres in
type: ObjectProperty
domain: specifically dependent continuant
range: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
range: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
range: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
sub property of: specifically depends on
definition: b inheres in c =Def b is a specifically dependent continuant & c is an independent continuant that is not a spatial region & b specifically depends on c
example: A shape inheres in a shaped object; a mass inheres in a material entity

occupies temporal region
type: ObjectProperty
type: FunctionalProperty
domain: Class
  union of: process
  union of: process boundary
domain: Class
  union of: process
  union of: process boundary
domain: Class
  union of: process
  union of: process boundary
range: temporal region
definition: p occupies temporal region t =Def p is a process or process boundary & the spatiotemporal region occupied by p temporally projects onto t
example: The Second World War occupies the temporal region September 1, 1939 - September 2, 1945

occupies spatiotemporal region
type: ObjectProperty
type: FunctionalProperty
domain: Class
  union of: process
  union of: process boundary
domain: Class
  union of: process
  union of: process boundary
domain: Class
  union of: process
  union of: process boundary
range: spatiotemporal region
definition: (Elucidation) occupies spatiotemporal region is a relation between a process or process boundary p and the spatiotemporal region s which is its spatiotemporal extent
example: A particle emitted by a nuclear reactor occupies the spatiotemporal region which is its trajectory

first instant of
type: ObjectProperty
domain: temporal instant
range: temporal region
inverse of: has first instant
definition: t first instant of t' =Def t is a temporal instant & t' is a temporal region t' & t precedes all temporal parts of t' other than t
example: An hour starting at midnight yesterday has first instant midnight yesterday

has first instant
type: ObjectProperty
type: FunctionalProperty
domain: temporal region
range: temporal instant
definition: t has first instant t' =Def t' first instant of t
example: The first hour of a year has first instant midnight on December 31

temporal instant
type: Class
subclass of: zero-dimensional temporal region
definition: (Elucidation) A temporal instant is a zero-dimensional temporal region that has no proper temporal part
example: The millennium

last instant of
type: ObjectProperty
domain: temporal instant
range: temporal region
inverse of: has last instant
definition: t last instant of t' =Def t is a temporal instant & t' is a temporal region & all temporal parts of t' other than t precede t
example: Last midnight is the last instant of yesterday

has last instant
type: ObjectProperty
type: FunctionalProperty
domain: temporal region
range: temporal instant
definition: t has last instant t' =Def t' last instant of t
example: The last hour of a year has last instant midnight December 31

has measurement unit label
type: ObjectProperty
type: FunctionalProperty
range: measurement unit label
sub property of: has part

measurement unit label
type: Class
subclass of: datum label
example of usage: Examples of measurement unit labels are liters, inches, weight per volume.
definition: A measurement unit label is as a label that is part of a scalar measurement datum and denotes a unit of measure.
editor note: 2009-03-16: provenance: a term measurement unit was proposed for OBI (OBI_0000176) , edited by Chris Stoeckert and Cristian Cocos, and subsequently moved to IAO where the objective for which the original term was defined was satisfied with the definition of this, different, term.
editor note: 2009-03-16: review of this term done during during the OBI workshop winter 2009 and the current definition was considered acceptable for use in OBI. If there is a need to modify this definition please notify OBI.

is about
type: ObjectProperty
domain: information content entity
example of usage: This document is about information artifacts and their representations
definition: A (currently) primitive relation that relates an information artifact to an entity.
editor note: 7/6/2009 Alan Ruttenberg. Following discussion with Jonathan Rees, and introduction of "mentions" relation. Weaken the is_about relationship to be primitive. We will try to build it back up by elaborating the various subproperties that are more precisely defined. Some currently missing phenomena that should be considered "about" are predications - "The only person who knows the answer is sitting beside me" , Allegory, Satire, and other literary forms that can be topical without explicitly mentioning the topic.
definition source: Smith, Ceusters, Ruttenberg, 2000 years of philosophy
inverse of: is subject of

is subject of
type: ObjectProperty
definition: Inverse of 'is about'.

information content entity
type: Class
subclass of: generically dependent continuant
subclass of: Restriction
  on property: is about
  some values from: entity
subclass of: Restriction
  on property: is about
  some values from: entity
subclass of: Restriction
  on property: is about
  some values from: entity
example of usage: Examples of information content entites include journal articles, data, graphical layouts, and graphs.
definition: A generically dependent continuant that is about some thing.
editor note: 2014-03-10: The use of "thing" is intended to be general enough to include universals and configurations (see https://groups.google.com/d/msg/information-ontology/GBxvYZCk1oc/-L6B5fSBBTQJ).
editor note: information_content_entity 'is_encoded_in' some digital_entity in obi before split (040907). information_content_entity 'is_encoded_in' some physical_document in obi before split (040907). Previous. An information content entity is a non-realizable information entity that 'is encoded in' some digital or physical entity.
definition source: OBI_0000142

denotes
type: ObjectProperty
domain: information content entity
range: entity
sub property of: is about
example of usage: A person's name denotes the person. A variable name in a computer program denotes some piece of memory. Lexically equivalent strings can denote different things, for instance "Alan" can denote different people. In each case of use, there is a case of the denotation relation obtaining, between "Alan" and the person that is being named.
definition: A primitive, instance-level, relation obtaining between an information content entity and some portion of reality. Denotation is what happens when someone creates an information content entity E in order to specifically refer to something. The only relation between E and the thing is that E can be used to 'pick out' the thing. This relation connects those two together. Freedictionary.com sense 3: To signify directly; refer to specifically
editor note: 2009-11-10 Alan Ruttenberg. Old definition said the following to emphasize the generic nature of this relation. We no longer have 'specifically denotes', which would have been primitive, so make this relation primitive. g denotes r =def r is a portion of reality there is some c that is a concretization of g every c that is a concretization of g specifically denotes r
definition source: Conversations with Barry Smith, Werner Ceusters, Bjoern Peters, Michel Dumontier, Melanie Courtot, James Malone, Bill Hogan
inverse of: denoted by

denoted by
type: ObjectProperty
domain: entity
range: information content entity
definition: inverse of the relation 'denotes'

is quality measurement of
type: ObjectProperty
domain: measurement datum
range: quality
sub property of: is about
definition: m is a quality measurement of q at t. When q is a quality, there is a measurement process p that has specified output m, a measurement datum, that is about q
editor note: 8/6/2009 Alan Ruttenberg: The strategy is to be rather specific with this relationship. There are other kinds of measurements that are not of qualities, such as those that measure time. We will add these as separate properties for the moment and see about generalizing later
editor note: From the second IAO workshop [Alan Ruttenberg 8/6/2009: not completely current, though bringing in comparison is probably important] This one is the one we are struggling with at the moment. The issue is what a measurement measures. On the one hand saying that it measures the quality would include it "measuring" the bearer = referring to the bearer in the measurement. However this makes comparisons of two different things not possible. On the other hand not having it inhere in the bearer, on the face of it, breaks the audit trail. Werner suggests a solution based on "Magnitudes" a proposal for which we are awaiting details. -- From the second IAO workshop, various comments, [commented on by Alan Ruttenberg 8/6/2009] unit of measure is a quality, e.g. the length of a ruler. [We decided to hedge on what units of measure are, instead talking about measurement unit labels, which are the information content entities that are about whatever measurement units are. For IAO we need that information entity in any case. See the term measurement unit label] [Some struggling with the various subflavors of is_about. We subsequently removed the relation represents, and describes until and only when we have a better theory] a represents b means either a denotes b or a describes describe: a describes b means a is about b and a allows an inference of at least one quality of b We have had a long discussion about denotes versus describes.
editor note: From the second IAO workshop: An attempt at tieing the quality to the measurement datum more carefully. a is a magnitude means a is a determinate quality particular inhering in some bearer b existing at a time t that can be represented/denoted by an information content entity e that has parts denoting a unit of measure, a number, and b. The unit of measure is an instance of the determinable quality.
editor note: From the second meeting on IAO: An attempt at defining assay using Barry's "reliability" wording assay: process and has_input some material entity and has_output some information content entity and which is such that instances of this process type reliably generate outputs that describes the input.
editor note: This one is the one we are struggling with at the moment. The issue is what a measurement measures. On the one hand saying that it measures the quality would include it "measuring" the bearer = referring to the bearer in the measurement. However this makes comparisons of two different things not possible. On the other hand not having it inhere in the bearer, on the face of it, breaks the audit trail. Werner suggests a solution based on "Magnitudes" a proposal for which we are awaiting details.
inverse of: is quality measured as

is quality measured as
type: ObjectProperty
definition: inverse of the relation of is quality measurement of
editor note: 2009/10/19 Alan Ruttenberg. Named 'junk' relation useful in restrictions, but not a real instance relationship

measurement datum
type: Class
subclass of: data item
subclass of: Restriction
  on property: has value specification
  some values from: value specification
subclass of: Restriction
  on property: has value specification
  some values from: value specification
subclass of: Restriction
  on property: has value specification
  some values from: value specification
example of usage: Examples of measurement data are the recoding of the weight of a mouse as {40,mass,"grams"}, the recording of an observation of the behavior of the mouse {,process,"agitated"}, the recording of the expression level of a gene as measured through the process of microarray experiment {3.4,luminosity,}.
definition: A measurement datum is an information content entity that is a recording of the output of a measurement such as produced by a device.
editor note: 2/2/2009 is_specified_output of some assay?
definition source: OBI_0000305
definition source: group:OBI

quality
type: Class
subclass of: specifically dependent continuant
subclass of: Restriction
  all values from: quality
  on property: part of
subclass of: Restriction
  all values from: quality
  on property: part of
subclass of: Restriction
  all values from: quality
  on property: part of
example of usage: the ambient temperature of this portion of air
example of usage: the color of a tomato
example of usage: the length of the circumference of your waist
example of usage: the mass of this piece of gold.
example of usage: the shape of your nose
example of usage: the shape of your nostril
definition: (Elucidation) A quality is a specifically dependent continuant that, in contrast to roles and dispositions, does not require any further process in order to be realized
example: The colour of a tomato; the ambient temperature of this portion of air; the length of the circumference of your waist; the shape of your nose; the shape of your nostril; the mass of this piece of gold

is duration of
type: ObjectProperty
domain: time measurement datum
range: process
sub property of: is about
definition: relates a process to a time-measurement-datum that represents the duration of the process

time measurement datum
type: Class
subclass of: measurement datum
subclass of: Class
  intersection of: Restriction
    all values from: time unit
    on property: has measurement unit label
  intersection of: Restriction
    all values from: process
    on property: is duration of
subclass of: Class
  intersection of: Restriction
    all values from: time unit
    on property: has measurement unit label
  intersection of: Restriction
    all values from: process
    on property: is duration of
subclass of: Class
  intersection of: Restriction
    all values from: time unit
    on property: has measurement unit label
  intersection of: Restriction
    all values from: process
    on property: is duration of
definition: A scalar measurement datum that is the result of measuring a temporal interval
editor note: 2009/09/28 Alan Ruttenberg. Fucoidan-use-case

is quality specification of
type: ObjectProperty
sub property of: is about
definition: A relation between a data item and a quality of a material entity where the material entity is the specified output of a material transformation which achieves an objective specification that indicates the intended value of the specified quality.
inverse of: quality is specified as

quality is specified as
type: ObjectProperty
definition: inverse of the relation of is quality specification of
editor note: 2009/10/19 Alan Ruttenberg. Named 'junk' relation useful in restrictions, but not a real instance relationship

has specified input
type: ObjectProperty
domain: planned process
sub property of: has participant
example of usage: see is_input_of example_of_usage
definition: The inverse property of is specified input of
editor note: 8/17/09: specified inputs of one process are not necessarily specified inputs of a larger process that it is part of. This is in contrast to how 'has participant' works.
inverse of: is specified input of

has participant
type: ObjectProperty
domain: occurrent
range: continuant
example of usage: this blood coagulation has participant this blood clot
example of usage: this investigation has participant this investigator
example of usage: this process has participant this input material (or this output material)
definition: a relation between a process and a continuant, in which the continuant is somehow involved in the process
editor note: Has_participant is a primitive instance-level relation between a process, a continuant, and a time at which the continuant participates in some way in the process. The relation obtains, for example, when this particular process of oxygen exchange across this particular alveolar membrane has_participant this particular sample of hemoglobin at this particular time.
property chain axiom: has part

is specified input of
type: ObjectProperty
range: planned process
sub property of: participates in
example of usage: some Autologous EBV(Epstein-Barr virus)-transformed B-LCL (B lymphocyte cell line) is_input_for instance of Chromum Release Assay described at https://wiki.cbil.upenn.edu/obiwiki/index.php/Chromium_Release_assay
definition: A relation between a planned process and a continuant participating in that process that is not created during the process. The presence of the continuant during the process is explicitly specified in the plan specification which the process realizes the concretization of.

planned process
type: Class
subclass of: process
subclass of: Restriction
  on property: realizes
  some values from: Restriction
    on property: concretizes
    some values from: plan specification
subclass of: Restriction
  on property: realizes
  some values from: Restriction
    on property: concretizes
    some values from: plan specification
subclass of: Restriction
  on property: realizes
  some values from: Restriction
    on property: concretizes
    some values from: plan specification
example of usage: Injecting mice with a vaccine in order to test its efficacy
definition: A process that realizes a plan which is the concretization of a plan specification.
editor note: 'Plan' includes a future direction sense. That can be problematic if plans are changed during their execution. There are however implicit contingencies for protocols that an agent has in his mind that can be considered part of the plan, even if the agent didn't have them in mind before. Therefore, a planned process can diverge from what the agent would have said the plan was before executing it, by adjusting to problems encountered during execution (e.g. choosing another reagent with equivalent properties, if the originally planned one has run out.)
editor note: We are only considering successfully completed planned processes. A plan may be modified, and details added during execution. For a given planned process, the associated realized plan specification is the one encompassing all changes made during execution. This means that all processes in which an agent acts towards achieving some objectives is a planned process.
definition source: branch derived
equivalent class: Restriction
  on property: realizes
  some values from: Restriction
    on property: concretizes
    some values from: plan specification
equivalent class: Restriction
  on property: realizes
  some values from: Restriction
    on property: concretizes
    some values from: plan specification
equivalent class: Restriction
  on property: realizes
  some values from: Restriction
    on property: concretizes
    some values from: plan specification

participates in
type: ObjectProperty
domain: continuant
range: occurrent
example of usage: this blood clot participates in this blood coagulation
example of usage: this input material (or this output material) participates in this process
example of usage: this investigator participates in this investigation
definition: a relation between a continuant and a process, in which the continuant is somehow involved in the process
inverse of: has participant

has specified output
type: ObjectProperty
domain: planned process
label: has_specified_output
sub property of: has participant
definition: The inverse property of is specified output of
definition: The inverse property of is_specified_output_of
equivalent property:
  inverse of: is specified output of
equivalent property:
  inverse of: is specified output of
equivalent property:
  inverse of: is specified output of
inverse of: is specified output of

is specified output of
type: ObjectProperty
label: is_specified_output_of
range: planned process
sub property of: participates in
definition: A relation between a planned process and a continuant participating in that process. The presence of the continuant at the end of the process is explicitly specified in the objective specification which the process realizes the concretization of.

achieves_planned_objective
type: ObjectProperty
domain: planned process
range: objective specification
example of usage: A cell sorting process achieves the objective specification 'material separation objective'
definition: This relation obtains between a planned process and a objective specification when the criteria specified in the objective specification are met at the end of the planned process.
definition source: PPPB branch derived
pattern example: https://github.com/search

objective specification
type: Class
subclass of: directive information entity
example of usage: In the protocol of a ChIP assay the objective specification says to identify protein and DNA interaction.
definition: A directive information entity that describes an intended process endpoint. When part of a plan specification the concretization is realized in a planned process in which the bearer tries to effect the world so that the process endpoint is achieved.
editor note: 2009-03-16: original definition when imported from OBI read: "objective is an non realizable information entity which can serve as that proper part of a plan towards which the realization of the plan is directed."
editor note: 2014-03-31: In the example of usage ("In the protocol of a ChIP assay the objective specification says to identify protein and DNA interaction") there is a protocol which is the ChIP assay protocol. In addition to being concretized on paper, the protocol can be concretized as a realizable entity, such as a plan that inheres in a person. The objective specification is the part that says that some protein and DNA interactions are identified. This is a specification of a process endpoint: the boundary in the process before which they are not identified and after which they are. During the realization of the plan, the goal is to get to the point of having the interactions, and participants in the realization of the plan try to do that.
editor note: Answers the question, why did you do this experiment?
definition source: OBI Plan and Planned Process/Roles Branch
definition source: OBI_0000217

specifies value of
type: ObjectProperty
domain: value specification
sub property of: is about
definition: A relation between a value specification and an entity which the specification is about.

value specification
type: Class
subclass of: information content entity
example of usage: The value of 'positive' in a classification scheme of "positive or negative"; the value of '20g' on the quantitative scale of mass.
definition: An information content entity that specifies a value within a classification scheme or on a quantitative scale.
editor note: This term is currently a descendant of 'information content entity', which requires that it 'is about' something. A value specification of '20g' for a measurement data item of the mass of a particular mouse 'is about' the mass of that mouse. However there are cases where a value specification is not clearly about any particular. In the future we may change 'value specification' to remove the 'is about' requirement.

has value specification
type: ObjectProperty
domain: information content entity
range: value specification
sub property of: has part
definition: A relation between an information content entity and a value specification that specifies its value.
definition source: OBI

characteristic of
type: ObjectProperty
type: FunctionalProperty
example of usage: this fragility is a characteristic of this vase
example of usage: this red color is a characteristic of this apple
definition: a relation between a specifically dependent continuant (the characteristic) and any other entity (the bearer), in which the characteristic depends on the bearer for its existence.
inverse of: has characteristic

has characteristic
type: ObjectProperty
type: InverseFunctionalProperty
range: specifically dependent continuant
example of usage: this apple is bearer of this red color
example of usage: this vase is bearer of this fragility
definition: Inverse of characteristic_of
editor note: A bearer can have many dependents, and its dependents can exist for different periods of time, but none of its dependents can exist when the bearer does not exist.

continuant
type: Class
subclass of: entity
subclass of: Restriction
  all values from: continuant
  on property: part of
subclass of: Restriction
  all values from: continuant
  on property: part of
subclass of: Restriction
  all values from: continuant
  on property: part of
definition: An entity that exists in full at any time in which it exists at all, persists through time while maintaining its identity and has no temporal parts.
editor note: BFO 2 Reference: Continuant entities are entities which can be sliced to yield parts only along the spatial dimension, yielding for example the parts of your table which we call its legs, its top, its nails. âMy desk stretches from the window to the door. It has spatial parts, and can be sliced (in space) in two. With respect to time, however, a thing is a continuant.â [60, p. 240
disjoint with: occurrent
disjoint with: Restriction
  on property: part of
  some values from: occurrent
disjoint with: Restriction
  on property: part of
  some values from: occurrent
disjoint with: Restriction
  on property: part of
  some values from: occurrent
definition: (Elucidation) A continuant is an entity that persists, endures, or continues to exist through time while maintaining its identity
example: A human being; a tennis ball; a cave; a region of space; someone's temperature

is concretized as
type: ObjectProperty
domain: generically dependent continuant
range: Class
  union of: process
  union of: specifically dependent continuant
range: Class
  union of: process
  union of: specifically dependent continuant
range: Class
  union of: process
  union of: specifically dependent continuant
example of usage: A journal article is an information artifact that inheres in some number of printed journals. For each copy of the printed journal there is some quality that carries the journal article, such as a pattern of ink. The journal article (a generically dependent continuant) is concretized as the quality (a specifically dependent continuant), and both depend on that copy of the printed journal (an independent continuant).
example of usage: An investigator reads a protocol and forms a plan to carry out an assay. The plan is a realizable entity (a specifically dependent continuant) that concretizes the protocol (a generically dependent continuant), and both depend on the investigator (an independent continuant). The plan is then realized by the assay (a process).
definition: A relationship between a generically dependent continuant and a specifically dependent continuant or process, in which the generically dependent continuant depends on some independent continuant or process in virtue of the fact that the specifically dependent continuant or process also depends on that same independent continuant. A generically dependent continuant may be concretized as multiple specifically dependent continuants or processes.
inverse of: concretizes

concretizes
type: ObjectProperty
domain: Class
  union of: process
  union of: specifically dependent continuant
domain: Class
  union of: process
  union of: specifically dependent continuant
domain: Class
  union of: process
  union of: specifically dependent continuant
range: generically dependent continuant
example of usage: An investigator reads a protocol and forms a plan to carry out an assay. The plan is a realizable entity (a specifically dependent continuant) that concretizes the protocol (a generically dependent continuant), and both depend on the investigator (an independent continuant). The plan is then realized by the assay (a process).
example of usage: A journal article is an information artifact that inheres in some number of printed journals. For each copy of the printed journal there is some quality that carries the journal article, such as a pattern of ink. The quality (a specifically dependent continuant) concretizes the journal article (a generically dependent continuant), and both depend on that copy of the printed journal (an independent continuant).
definition: A relationship between a specifically dependent continuant or process and a generically dependent continuant, in which the generically dependent continuant depends on some independent continuant in virtue of the fact that the specifically dependent continuant or process also depends on that same independent continuant. Multiple specifically dependent continuants or processes can concretize the same generically dependent continuant.

generically dependent continuant
type: Class
subclass of: continuant
subclass of: Restriction
  all values from: generically dependent continuant
  on property: part of
subclass of: Restriction
  all values from: generically dependent continuant
  on property: part of
subclass of: Restriction
  all values from: generically dependent continuant
  on property: part of
example of usage: The entries in your database are patterns instantiated as quality instances in your hard drive. The database itself is an aggregate of such patterns. When you create the database you create a particular instance of the generically dependent continuant type database. Each entry in the database is an instance of the generically dependent continuant type IAO: information content entity.
example of usage: the pdf file on your laptop, the pdf file that is a copy thereof on my laptop
example of usage: the sequence of this protein molecule; the sequence that is a copy thereof in that protein molecule.
definition: b is a generically dependent continuant = Def. b is a continuant that g-depends_on one or more other entities. (axiom label in BFO2 Reference: [074-001])
definition: (Elucidation) A generically dependent continuant is an entity that exists in virtue of the fact that there is at least one of what may be multiple copies which is the content or the pattern that multiple copies would share
example: The pdf file on your laptop; the pdf file that is a copy thereof on my laptop; the sequence of this protein molecule; the sequence that is a copy thereof in that protein molecule; the content that is shared by a string of dots and dashes written on a page and the transmitted Morse code signal; the content of a sentence; an engineering blueprint

function of
type: ObjectProperty
domain: function
sub property of: characteristic of
example of usage: this catalysis function is a function of this enzyme
definition: a relation between a function and an independent continuant (the bearer), in which the function specifically depends on the bearer for its existence
editor note: A function inheres in its bearer at all times for which the function exists, however the function need not be realized at all the times that the function exists.
inverse of: has function

has function
type: ObjectProperty
domain: independent continuant
range: function
sub property of: has characteristic
example of usage: this enzyme has function this catalysis function (more colloquially: this enzyme has this catalysis function)
definition: a relation between an independent continuant (the bearer) and a function, in which the function specifically depends on the bearer for its existence
editor note: A bearer can have many functions, and its functions can exist for different periods of time, but none of its functions can exist when the bearer does not exist. A function need not be realized at all the times that the function exists.

function
type: Class
subclass of: disposition
example of usage: the function of a hammer to drive in nails
example of usage: the function of a heart pacemaker to regulate the beating of a heart through electricity
example of usage: the function of amylase in saliva to break down starch into sugar
editor note: BFO 2 Reference: In the past, we have distinguished two varieties of function, artifactual function and biological function. These are not asserted subtypes of BFO:function however, since the same function â for example: to pump, to transport â can exist both in artifacts and in biological entities. The asserted subtypes of function that would be needed in order to yield a separate monoheirarchy are not artifactual function, biological function, etc., but rather transporting function, pumping function, etc.
definition: (Elucidation) A function is a disposition that exists in virtue of its bearer's physical make-up & this physical make-up is something the bearer possesses because it came into being either through evolution (in the case of natural biological entities) or through intentional design (in the case of artefacts) in order to realize processes of a certain sort
example: The function of a hammer to drive in nails; the function of a heart pacemaker to regulate the beating of a heart through electricity

quality of
type: ObjectProperty
sub property of: characteristic of
example of usage: this red color is a quality of this apple
definition: a relation between a quality and an independent continuant (the bearer), in which the quality specifically depends on the bearer for its existence
editor note: A quality inheres in its bearer at all times for which the quality exists.
inverse of: has quality

has quality
type: ObjectProperty
range: quality
sub property of: has characteristic
example of usage: this apple has quality this red color
definition: a relation between an independent continuant (the bearer) and a quality, in which the quality specifically depends on the bearer for its existence
editor note: A bearer can have many qualities, and its qualities can exist for different periods of time, but none of its qualities can exist when the bearer does not exist.

role of
type: ObjectProperty
sub property of: characteristic of
example of usage: this investigator role is a role of this person
definition: a relation between a role and an independent continuant (the bearer), in which the role specifically depends on the bearer for its existence
editor note: A role inheres in its bearer at all times for which the role exists, however the role need not be realized at all the times that the role exists.
inverse of: has role

has role
type: ObjectProperty
domain: independent continuant
range: role
sub property of: has characteristic
example of usage: this person has role this investigator role (more colloquially: this person has this role of investigator)
definition: a relation between an independent continuant (the bearer) and a role, in which the role specifically depends on the bearer for its existence
editor note: A bearer can have many roles, and its roles can exist for different periods of time, but none of its roles can exist when the bearer does not exist. A role need not be realized at all the times that the role exists.

role
type: Class
subclass of: realizable entity
example of usage: Johnâs role of husband to Mary is dependent on Maryâs role of wife to John, and both are dependent on the object aggregate comprising John and Mary as member parts joined together through the relational quality of being married.
example of usage: the priest role
example of usage: the role of a boundary to demarcate two neighboring administrative territories
example of usage: the role of a building in serving as a military target
example of usage: the role of a stone in marking a property boundary
example of usage: the role of subject in a clinical trial
example of usage: the student role
definition: A realizable entity the manifestation of which brings about some result or end that is not essential to a continuant in virtue of the kind of thing that it is but that can be served or participated in by that kind of continuant in some kinds of natural, social or institutional contexts.
editor note: BFO 2 Reference: One major family of examples of non-rigid universals involves roles, and ontologies developed for corresponding administrative purposes may consist entirely of representatives of entities of this sort. Thus âprofessorâ, defined as follows,b instance_of professor at t =Def. there is some c, c instance_of professor role & c inheres_in b at t.denotes a non-rigid universal and so also do ânurseâ, âstudentâ, âcolonelâ, âtaxpayerâ, and so forth. (These terms are all, in the jargon of philosophy, phase sortals.) By using role terms in definitions, we can create a BFO conformant treatment of such entities drawing on the fact that, while an instance of professor may be simultaneously an instance of trade union member, no instance of the type professor role is also (at any time) an instance of the type trade union member role (any more than any instance of the type color is at any time an instance of the type length).If an ontology of employment positions should be defined in terms of roles following the above pattern, this enables the ontology to do justice to the fact that individuals instantiate the corresponding universals â professor, sergeant, nurse â only during certain phases in their lives.
definition: (Elucidation) A role b is a realizable entity such that b exists because there is some single bearer that is in some special physical, social, or institutional set of circumstances in which this bearer does not have to be & b is not such that, if it ceases to exist, then the physical make-up of the bearer is thereby changed
example: The priest role; the student role; the role of subject in a clinical trial; the role of a stone in marking a property boundary; the role of a boundary to demarcate two neighbouring administrative territories; the role of a building in serving as a military target

has disposition
type: ObjectProperty
domain: independent continuant
range: disposition
sub property of: has characteristic
definition: a relation between an independent continuant (the bearer) and a disposition, in which the disposition specifically depends on the bearer for its existence
inverse of: disposition of

disposition of
type: ObjectProperty
sub property of: characteristic of
definition: inverse of has disposition

disposition
type: Class
subclass of: realizable entity
example of usage: an atom of element X has the disposition to decay to an atom of element Y
example of usage: certain people have a predisposition to colon cancer
example of usage: children are innately disposed to categorize objects in certain ways.
example of usage: the cell wall is disposed to filter chemicals in endocytosis and exocytosis
editor note: BFO 2 Reference: Dispositions exist along a strength continuum. Weaker forms of disposition are realized in only a fraction of triggering cases. These forms occur in a significant number of cases of a similar type.
disjoint with: role
definition: (Elucidation) A disposition b is a realizable entity such that if b ceases to exist then its bearer is physically changed & b's realization occurs when and because this bearer is in some special physical circumstances & this realization occurs in virtue of the bearer's physical make-up
example: An atom of element X has the disposition to decay to an atom of element Y; the cell wall is disposed to transport cellular material through endocytosis and exocytosis; certain people have a predisposition to colon cancer; children are innately disposed to categorize objects in certain ways

derives from
type: ObjectProperty
example of usage: this cell derives from this parent cell (cell division)
example of usage: this nucleus derives from this parent nucleus (nuclear division)
definition: a relation between two distinct material entities, the new entity and the old entity, in which the new entity begins to exist when the old entity ceases to exist, and the new entity inherits the significant portion of the matter of the old entity
editor note: This is a very general relation. More specific relations are preferred when applicable, such as 'directly develops from'.
inverse of: derives into

derives into
type: ObjectProperty
example of usage: this parent cell derives into this cell (cell division)
example of usage: this parent nucleus derives into this nucleus (nuclear division)
definition: a relation between two distinct material entities, the old entity and the new entity, in which the new entity begins to exist when the old entity ceases to exist, and the new entity inherits the significant portion of the matter of the old entity
editor note: This is a very general relation. More specific relations are preferred when applicable, such as 'directly develops into'. To avoid making statements about a future that may not come to pass, it is often better to use the backward-looking 'derives from' rather than the forward-looking 'derives into'.

location of
type: ObjectProperty
type: TransitiveProperty
example of usage: my head is the location of my brain
example of usage: this cage is the location of this rat
definition: a relation between two independent continuants, the location and the target, in which the target is entirely within the location
editor note: Most location relations will only hold at certain times, but this is difficult to specify in OWL. See http://purl.obolibrary.org/obo/ro/docs/temporal-semantics/
inverse of: located in

located in
type: ObjectProperty
type: TransitiveProperty
domain: independent continuant
domain: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
domain: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
domain: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
range: independent continuant
range: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
range: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
range: Class
  intersection of: independent continuant
  intersection of: Class
    complement of: spatial region
example of usage: my brain is located in my head
example of usage: this rat is located in this cage
definition: a relation between two independent continuants, the target and the location, in which the target is entirely within the location
editor note: Most location relations will only hold at certain times, but this is difficult to specify in OWL. See http://purl.obolibrary.org/obo/ro/docs/temporal-semantics/
editor note: Location as a relation between instances: The primitive instance-level relation c located_in r at t reflects the fact that each continuant is at any given time associated with exactly one spatial region, namely its exact location. Following we can use this relation to define a further instance-level location relation - not between a continuant and the region which it exactly occupies, but rather between one continuant and another. c is located in c1, in this sense, whenever the spatial region occupied by c is part_of the spatial region occupied by c1. Note that this relation comprehends both the relation of exact location between one continuant and another which obtains when r and r1 are identical (for example, when a portion of fluid exactly fills a cavity), as well as those sorts of inexact location relations which obtain, for example, between brain and head or between ovum and uterus
property chain axiom: part of

simultaneous with
type: ObjectProperty
type: TransitiveProperty
type: SymmetricProperty
definition: x simultaneous with y iff Ï(x) = Ï(y) and Ï(Î± ) = Ï(Î±), where α is a function that maps a process to a start point, and Ï is a function that maps a process to an end point and '=' indicates the same instance in time.

starts
type: ObjectProperty
sub property of: part of
definition: inverse of starts with
definition source: Allen
inverse of: starts with

starts with
type: ObjectProperty
type: TransitiveProperty
sub property of: has part
example of usage: Every insulin receptor signaling pathway starts with the binding of a ligand to the insulin receptor
definition: x starts with y if and only if x has part y and the time point at which x starts is equivalent to the time point at which y starts. Formally: α(y) = α(x) â§ Ï(y) < Ï(x), where α is a function that maps a process to a start point, and Ï is a function that maps a process to an end point.

ends
type: ObjectProperty
sub property of: part of
definition: inverse of ends with
inverse of: ends with

ends with
type: ObjectProperty
type: TransitiveProperty
sub property of: has part
definition: x ends with y if and only if x has part y and the time point at which x ends is equivalent to the time point at which y ends. Formally: α(y) > α(x) â§ Ï(y) = Ï(x), where α is a function that maps a process to a start point, and Ï is a function that maps a process to an end point.

has input
type: ObjectProperty
domain: process
sub property of: has participant
definition: p has input c iff: p is a process, c is a material entity, c is a participant in p, c is present at the start of p, and the state of c is modified during p.
inverse of: input of
property chain axiom: starts with

input of
type: ObjectProperty
sub property of: participates in
definition: inverse of has input

has output
type: ObjectProperty
sub property of: has participant
definition: p has output c iff c is a participant in p, c is present at the end of p, and c is not present in the same state at the beginning of p.
inverse of: output of
property chain axiom: ends with

output of
type: ObjectProperty
sub property of: participates in
definition: inverse of has output

has member
type: ObjectProperty
type: IrreflexiveProperty
sub property of: has part
definition: has member is a mereological relation between a collection and an item.
definition source: SIO

assay measures characteristic
type: ObjectProperty
range: specifically dependent continuant
example of usage: A mass measurement assay measures an material's mass characteristic. A radioactivity detection assay measures the amount of radiation (alpha, beta or gamma ray emmissions) coming from a material.
definition: A relation between an assay and a characteristic, in which the assay generates a data item which is a measure of a characteristic.
inverse of: characteristic measured by assay

characteristic measured by assay
type: ObjectProperty
domain: specifically dependent continuant
definition: Inverse of 'assay measures characteristic'

executes
type: ObjectProperty
definition: relationship between a planned process and the plan specification that it carries out; it is defined as equivalent to the composed relationship (realizes o concretizes)
definition source: AGB
property chain axiom: realizes
property chain axiom: concretizes

has process attribute
type: ObjectProperty
domain: process
range: process attribute
see also: has process attribute from OEO https://openenergyplatform.org/ontology/oeo/OEO_00000500
definition: A relation between a process and a process attribute that depends on it.
example: Tensile testing process has process attribute tensile rate

process attribute
type: Class
comment: Process attribute for a process has a similar application to specifically dependened continuant (SDC) for an independent continuant (IC). Furthermore, process attribute describes how SDCs of some participants, i.e., ICs, change in a process. Specific rates, e.g., tensile rate, cooling rate, etc. should be added as subclasses of this class.
see also: process attribute from OEO https://openenergyplatform.org/ontology/oeo/OEO_00030019
subclass of: occurrent
editor note: an attribute of a process
version info: Renamed to avoid confusion with has characteristic object property
alternative label: process characteristic
definition: a process attribute is a dependent occurrent that existentially depends on a process.
example: Tensile rate in a tensile testing process. Cooling rate in a quenching process
isInMinimalProfile: true

has state
type: ObjectProperty
type: InverseFunctionalProperty
domain: Class
  intersection of: continuant
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: continuant
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: continuant
  intersection of: Class
    complement of: temporally qualified continuant
range: temporally qualified continuant
inverse of: is state of
definition: relates a temporally qualified continuant to the unique anchor continuant that it is a temporal phase of
term tracker annotation: https://github.com/materialdigital/core-ontology/issues/185

is state of
type: ObjectProperty
type: FunctionalProperty
definition: relates a temporally qualified continuant to the unique anchor continuant that it is a temporal phase of

temporally qualified continuant
type: Class
subclass of: independent continuant
subclass of: Restriction
  on property: exists at
  some values from: temporal region
subclass of: Restriction
  on property: is state of
  some values from: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: temporally qualified continuant
subclass of: Restriction
  on property: exists at
  some values from: temporal region
subclass of: Restriction
  on property: is state of
  some values from: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: temporally qualified continuant
subclass of: Restriction
  on property: exists at
  some values from: temporal region
subclass of: Restriction
  on property: is state of
  some values from: Class
    intersection of: independent continuant
    intersection of: Class
      complement of: temporally qualified continuant
editor note: For any temporally qualified continuant x@t, there exists a continuant y such that x@t has_state y, meaning that y is the anchor continuant of which x@t is a temporal phase existing at temporal regions t. The relation has_state is functional and signifies that all such temporally qualified continuants are uniquely associated with their basic anchor continuant.
equivalent class: Class
  intersection of: independent continuant
  intersection of: Restriction
    on property: exists at
    some values from: temporal region
  intersection of: Restriction
    on property: is state of
    some values from: Class
      intersection of: independent continuant
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: independent continuant
  intersection of: Restriction
    on property: exists at
    some values from: temporal region
  intersection of: Restriction
    on property: is state of
    some values from: Class
      intersection of: independent continuant
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: independent continuant
  intersection of: Restriction
    on property: exists at
    some values from: temporal region
  intersection of: Restriction
    on property: is state of
    some values from: Class
      intersection of: independent continuant
      intersection of: Class
        complement of: temporally qualified continuant
definition: A temporally qualified continuant is a continuant that, by reference to a determinate temporal region, is such as to possess its properties only for so long as that period obtains, being otherwise in its essentiality unchanged.
term tracker annotation: https://github.com/materialdigital/core-ontology/issues/185

complies with
type: ObjectProperty
domain: independent continuant
label: entspricht @de
range: information content entity
sub property of: is subject of
definition: complies with is a relation between an independent continuant and an information content entity (e.g., specification or objective) that it conforms to.

in response to
type: ObjectProperty
inverse of: responds with
definition: inverse of responds with

responds with
type: ObjectProperty
domain: realizable entity
range: responding process
sub property of: topObjectProperty
definition: The realizable entity must be "stimulated" by some Stimulus in order to respond with the Response. The bearer of the realizable entity must participate in Stimulation as well as in Response.

responding process
type: Class
subclass of: process
disjoint with: stimulating process
definition: The responding process is a process describing the reaction of a material or system to an applied stimulus.
isInMinimalProfile: true

stimulated by
type: ObjectProperty
range: stimulating process
sub property of: has realization
definition: inverse of stimulates

stimulating process
type: Class
subclass of: process
definition: The stimulating process is a process describing the application of an external influence, such as force, heat, or radiation, to study material response.
isInMinimalProfile: true

stimulates
type: ObjectProperty
domain: stimulating process
range: behavioral material property
sub property of: realizes
definition: A relation between a stimulating process and material property, where there is some material entity that is bearer of the material property and participates in the stimulating process, and the material property comes to be realized in the course of the stimulating process.

behavioral material property
type: Class
comment: Technical materials are complex object aggregates. The properties that are determined for those object aggregates are intrinsically associated with the methodologies employed in the measurement process. This is in contrast to typical 'physical' properties, which like e.g. mass that can be determined to high accuracy independently of the measurement process. As a consequence, the behavoiral material properties in the ontology are differeciated according to their measurement method, e.g. Brinell hardness and Vickers hardness are different types of indentation hardness rather than different measures/quantification (GDC) of the materials property 'indentation hardness'. The 'unit idenifieres' of such properties (e.g. "HV1", "HV10", "HBW") are strictly speaking not units but rather references to the measurement methodology used to determine a numeric value that quantifies the property.
subclass of: realizable entity
subclass of: Class
  intersection of: Restriction
    on property: characteristic of
    some values from: Class
      intersection of: material entity
      intersection of: Restriction
        on property: participates in
        some values from: Class
      intersection of: Restriction
        on property: participates in
        some values from: Class
  intersection of: Restriction
    on property: responds with
    some values from: responding process
  intersection of: Restriction
    on property: stimulated by
    some values from: stimulating process
subclass of: Restriction
  all values from: material
  on property: characteristic of
subclass of: Class
  intersection of: Restriction
    on property: characteristic of
    some values from: Class
      intersection of: material entity
      intersection of: Restriction
        on property: participates in
        some values from: Class
      intersection of: Restriction
        on property: participates in
        some values from: Class
  intersection of: Restriction
    on property: responds with
    some values from: responding process
  intersection of: Restriction
    on property: stimulated by
    some values from: stimulating process
subclass of: Restriction
  all values from: material
  on property: characteristic of
subclass of: Class
  intersection of: Restriction
    on property: characteristic of
    some values from: Class
      intersection of: material entity
      intersection of: Restriction
        on property: participates in
        some values from: Class
      intersection of: Restriction
        on property: participates in
        some values from: Class
  intersection of: Restriction
    on property: responds with
    some values from: responding process
  intersection of: Restriction
    on property: stimulated by
    some values from: stimulating process
subclass of: Restriction
  all values from: material
  on property: characteristic of
definition: A property is a material trait in terms of the kind and magnitude of response to a specific imposed stimulus. Generally, definitions of properties are made independent of material shape and size. (Callister, W.D., Rethwisch, D.G., Materials Science and Engineering, Wiley, 2014) We only deal with intensive (system-size independent) materrial properties. Extensive properties that depend on the testpiece/specimen/probe size should be found in the respective testing method modules.
isInMinimalProfile: true

consists of
type: ObjectProperty
sub property of: has part
definition: A continuant part property that relates Material Entity Aggregates in the direction of smaller length-scale.
example: A portion of steel consists of a portion of carbon and a portion of iron.

interacts with
type: ObjectProperty
type: SymmetricProperty
domain: material entity
range: material entity
sub property of: topObjectProperty
definition: A relation between participants of a process indicating that some of the participants SDCs are affected during the process due to the interaction of the participants.

causally influences
type: ObjectProperty
domain: Restriction
  on property: has role
  some values from: stimulus role
domain: Restriction
  on property: has role
  some values from: stimulus role
domain: Restriction
  on property: has role
  some values from: stimulus role
range: Restriction
  on property: has role
  some values from: stimulation target role
range: Restriction
  on property: has role
  some values from: stimulation target role
range: Restriction
  on property: has role
  some values from: stimulation target role
sub property of: interacts with
definition: An entity (that is bearer of some stimulation role) causally influences another entity (that is bearer of the stimulation target role) in a process iff the target objects qualites (and/or realizable entities?) are altered in a manner that is significant in the given context/domain of discourse..

stimulus role
type: Class
subclass of: role
definition: The stimulus role is a role that an object bears in a process when causally influencing another object that bears a stimulation target role in the same process. 'Role' implies here, that the 'bearing' assignment depends on the intent.

stimulation target role
type: Class
subclass of: role
definition: See 'Stimulus role'

intensive bearer of
type: ObjectProperty
comment: TODO: check if we should force the 'o' to be a portion of matter' through: http://ontologydesignpatterns.org/wiki/Submissions:N-Ary_Relation_Pattern_%28OWL_2%29 or https://www.w3.org/TR/swbp-n-aryRelations/
sub property of: topObjectProperty
property chain axiom: consists of
property chain axiom: bearer of
definition: Intensive bearer of is a chain that allows to connect objects to intensive properties through "the matter they consist of".
example: This piece of metal intensive bearer of some temperature.

refers to
type: ObjectProperty
comment: Despite has characteristic from RO does not have any domain constraints, it is still not possible to directly connect an instance of a process with an instance of a SDC. First, SDC is dependent on a IC. As RO does not have "bearer of" object property, the "has characteristic" implies that the domain should be an IC. Second, characteristic of is a functional property. Thus, two triples SDC_1 characteristc of IC_1 and SDC_2 characteristc of Process_1 (where IC_1 participates in Process_1), cannot exist simultaneously. An example of such case can be "Temperature of during the annealing process was 1000°C". Temperature is an SDC of some participant of the annealing, however it is not clear whether it is an SDC of an oven or of a sample in the oven. If we assert triple Annealing--> has characteristic --> Temperature 1000°C, then the correct triple connecting temperature SDC with either oven or specimen cannot exist.
domain: process attribute
range: specifically dependent continuant
definition: a relation between a process attribute and an SDC of some participant in a process
example: a relation to between a process attribute an a SDC of some participant in a process.

integral bearer of
type: ObjectProperty
domain: Class
  union of: object aggregate
  union of: object
domain: Class
  union of: object aggregate
  union of: object
domain: Class
  union of: object aggregate
  union of: object
range: specifically dependent continuant
sub property of: bearer of
definition: Integral bearer of is a property chain linking an object or object aggregate O that consits of a portion of matter PM to a SDC Q that inheres in 'portions of matter' only: O -consists of-> PM -bearer of-> Q
example: Talking colloquially about Intensive thermodynamic properties of an object requires this property.

object aggregate
type: Class
subclass of: material entity
definition: (Elucidation) An object aggregate is a material entity consisting exactly of a plurality (â¥1) of objects as member parts which together form a unit
example: The aggregate of the musicians in a symphony orchestra and their instruments; the aggregate of bearings in a constant velocity axle joint; the nitrogen atoms in the atmosphere; a collection of cells in a blood biobank

object
type: Class
subclass of: material entity
definition: (Elucidation) An object is a material entity which manifests causal unity & is of a type instances of which are maximal relative to the sort of causal unity manifested
example: An organism; a fish tank; a planet; a laptop; a valve; a block of marble; an ice cube

has measurement value
type: FunctionalProperty
type: DatatypeProperty
range: double

has specified numeric value
type: DatatypeProperty
domain: value specification
sub property of: has specified value
definition: A relation between a value specification and a number that quantifies it.
editor note: A range of 'real' might be better than 'float'. For now we follow 'has measurement value' until we can consider technical issues with SPARQL queries and reasoning.
definition source: OBI

has specified value
type: DatatypeProperty
domain: value specification
definition: A relation between a value specification and a literal.
editor note: This is not an RDF/OWL object property. It is intended to link a value found in e.g. a database column of 'M' (the literal) to an instance of a value specification class, which can then be linked to indicate that this is about the biological gender of a human subject.
definition source: OBI

has value
type: DatatypeProperty
domain: information content entity
definition: data property that relates an information content entity to a literal

immaterial entity
type: Class
subclass of: independent continuant
definition: b is an immaterial entity =Def b is an independent continuant which is such that there is no time t when it has a material entity as continuant part
example: As for fiat point, fiat line, fiat surface, site

two-dimensional spatial region
type: Class
subclass of: spatial region
definition: (Elucidation) A two-dimensional spatial region is a spatial region that is a whole consisting of a surface together with zero or more surfaces which may have spatial regions of lower dimension as parts
example: The surface of a sphere-shaped part of space; an infinitely thin plane in space

zero-dimensional spatial region
type: Class
subclass of: spatial region
definition: (Elucidation) A zero-dimensional spatial region is one or a collection of more than one spatially disjoint points in space
example: The spatial region occupied at some time instant by the North Pole

fiat object part
type: Class
subclass of: material entity
definition: (Elucidation) A fiat object part b is a material entity & such that if b exists then it is continuant part of some object c & demarcated from the remainder of c by one or more fiat surfaces
example: The upper and lower lobes of the left lung; the dorsal and ventral surfaces of the body; the Western hemisphere of the Earth; the FMA:regional parts of an intact human body

one-dimensional spatial region
type: Class
subclass of: spatial region
definition: (Elucidation) A one-dimensional spatial region is a whole consisting of a line together with zero or more lines which may have points as parts
example: An edge of a cube-shaped portion of space; a line connecting two points; two parallel lines extended in space

three-dimensional spatial region
type: Class
subclass of: spatial region
definition: (Elucidation) A three-dimensional spatial region is a whole consisting of a spatial volume together with zero or more spatial volumes which may have spatial regions of lower dimension as parts
example: A cube-shaped region of space; a sphere-shaped region of space; the region of space occupied by all and only the planets in the solar system at some point in time

one-dimensional temporal region
type: Class
subclass of: temporal region
subclass of: Restriction
  all values from: Class
    union of: one-dimensional temporal region
    union of: zero-dimensional temporal region
  on property: has temporal part
subclass of: Restriction
  all values from: one-dimensional temporal region
  on property: temporal part of
subclass of: Restriction
  all values from: Class
    union of: one-dimensional temporal region
    union of: zero-dimensional temporal region
  on property: has temporal part
subclass of: Restriction
  all values from: one-dimensional temporal region
  on property: temporal part of
subclass of: Restriction
  all values from: Class
    union of: one-dimensional temporal region
    union of: zero-dimensional temporal region
  on property: has temporal part
subclass of: Restriction
  all values from: one-dimensional temporal region
  on property: temporal part of
disjoint with: zero-dimensional temporal region
definition: (Elucidation) A one-dimensional temporal region is a temporal region that is a whole that has a temporal interval and zero or more temporal intervals and temporal instants as parts
example: The temporal region during which a process occurs

zero-dimensional temporal region
type: Class
subclass of: temporal region
subclass of: Restriction
  all values from: zero-dimensional temporal region
  on property: has temporal part
subclass of: Restriction
  all values from: zero-dimensional temporal region
  on property: has temporal part
subclass of: Restriction
  all values from: zero-dimensional temporal region
  on property: has temporal part
definition: (Elucidation) A zero-dimensional temporal region is a temporal region that is a whole consisting of one or more separated temporal instants as parts
example: A temporal region that is occupied by a process boundary; the moment at which a finger is detached in an industrial accident

continuant fiat boundary
type: Class
subclass of: immaterial entity
definition: (Elucidation) A continuant fiat boundary b is an immaterial entity that is of zero, one or two dimensions & such that there is no time t when b has a spatial region as continuant part & whose location is determined in relation to some material entity
example: As for fiat point, fiat line, fiat surface

fiat line
type: Class
subclass of: continuant fiat boundary
definition: (Elucidation) A fiat line is a one-dimensional continuant fiat boundary that is continuous
example: The Equator; all geopolitical boundaries; all lines of latitude and longitude; the median sulcus of your tongue; the line separating the outer surface of the mucosa of the lower lip from the outer surface of the skin of the chin

relational quality
type: Class
subclass of: quality
definition: b is a relational quality =Def b is a quality & there exists c and d such that c and d are not identical & b specifically depends on c & b specifically depends on d
example: A marriage bond; an instance of love; an obligation between one person and another

fiat surface
type: Class
subclass of: continuant fiat boundary
definition: (Elucidation) A fiat surface is a two-dimensional continuant fiat boundary that is self-connected
example: The surface of the Earth; the plane separating the smoking from the non-smoking zone in a restaurant

fiat point
type: Class
subclass of: continuant fiat boundary
definition: (Elucidation) A fiat point is a zero-dimensional continuant fiat boundary that consists of a single point
example: The geographic North Pole; the quadripoint where the boundaries of Colorado, Utah, New Mexico and Arizona meet; the point of origin of some spatial coordinate system

temporal interval
type: Class
subclass of: one-dimensional temporal region
definition: (Elucidation) A temporal interval is a one-dimensional temporal region that is continuous, thus without gaps or breaks
example: The year 2018.

metalloid atom
type: Class
subclass of: atom
definition: An atom of an element that exhibits properties that are between those of metals and nonmetals, or that has a mixture of them. The term generally includes boron, silicon, germanium, arsenic, antimony, and tellurium, while carbon, aluminium, selenium, polonium, and astatine are less commonly included.

atom
type: Class
subclass of: chemical entity
definition: A chemical entity constituting the smallest component of an element having the chemical properties of the element.

iron atom
type: Class
subclass of: metal atom
definition: An iron group element atom that has atomic number 26.

metal atom
type: Class
subclass of: atom
definition: An atom of an element that exhibits typical metallic properties, being typically shiny, with high electrical and thermal conductivity.

manganese atom
type: Class
subclass of: metal atom

flerovium atom
type: Class
subclass of: metal atom
definition: A carbon group element atom with a symbol Fl and atomic number 114.

nihonium atom
type: Class
subclass of: metal atom
definition: A boron group element atom with a symbol Nh and atomic number 113.

moscovium atom
type: Class
subclass of: metal atom
definition: A pnictogen atom with a symbol Mc and atomic number 115.

livermorium atom
type: Class
subclass of: atom
definition: A chalcogen atom with a symbol Lv and atomic number 116.

tennessine atom
type: Class
subclass of: nonmetal atom
definition: A halogen atom with a symbol Ts and atomic number 117.

nonmetal atom
type: Class
subclass of: atom

oganesson atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity
definition: A p-block element atom with a symbol Og and atomic number 118.

molecular entity
type: Class
subclass of: chemical entity
definition: Any constitutionally or isotopically distinct atom, molecule, ion, ion pair, radical, radical ion, complex, conformer etc., identifiable as a separately distinguishable entity.
editor note: We are assuming that every molecular entity has to be completely connected by chemical bonds. This excludes protein complexes, which are comprised of minimally two separate molecular entities. We will follow up with Chebi to ensure this is their understanding as well

bromine atom
type: Class
subclass of: nonmetal atom

cadmium atom
type: Class
subclass of: metal atom

calcium atom
type: Class
subclass of: metal atom

chlorine atom
type: Class
subclass of: nonmetal atom

chemical entity
type: Class
subclass of: material entity
definition: A chemical entity is a physical entity of interest in chemistry including molecular entities, parts thereof, and chemical substances.

fluorine atom
type: Class
subclass of: nonmetal atom

group
type: Class
subclass of: chemical entity
definition: A defined linked collection of atoms or a single atom within a molecular entity.

iodine atom
type: Class
subclass of: nonmetal atom
definition: Chemical element with atomic number 53.

lead atom
type: Class
subclass of: metal atom

magnesium atom
type: Class
subclass of: metal atom

mercury atom
type: Class
subclass of: metal atom

nitrogen atom
type: Class
subclass of: nonmetal atom

oxygen atom
type: Class
subclass of: nonmetal atom

potassium atom
type: Class
subclass of: metal atom

sodium atom
type: Class
subclass of: metal atom

sulfur atom
type: Class
subclass of: nonmetal atom

tin atom
type: Class
subclass of: metal atom

uranium atom
type: Class
subclass of: metal atom

zinc atom
type: Class
subclass of: metal atom

boron atom
type: Class
subclass of: metalloid atom
subclass of: nonmetal atom

arsenic atom
type: Class
subclass of: metalloid atom

selenium atom
type: Class
subclass of: nonmetal atom

silicon atom
type: Class
subclass of: metalloid atom
subclass of: nonmetal atom

carbon atom
type: Class
subclass of: nonmetal atom

cobalt atom
type: Class
subclass of: metal atom
definition: A cobalt group element atom that has atomic number 27.

vanadium atom
type: Class
subclass of: metal atom

tungsten
type: Class
subclass of: metal atom

chromium atom
type: Class
subclass of: metal atom
definition: A chromium group element atom that has atomic number 24.

nickel atom
type: Class
subclass of: metal atom
definition: Chemical element (nickel group element atom) with atomic number 28.

phosphorus atom
type: Class
subclass of: nonmetal atom

molybdenum atom
type: Class
subclass of: metal atom

copper atom
type: Class
subclass of: metal atom

aluminium atom
type: Class
subclass of: metal atom

gold atom
type: Class
subclass of: metal atom

ethylene group
type: Class
subclass of: group

lithium atom
type: Class
subclass of: metal atom

helium atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity

astatine atom
type: Class
subclass of: nonmetal atom

indium atom
type: Class
subclass of: metal atom
definition: A metallic element first identified and named from the brilliant indigo (Latin indicum) blue line in its flame spectrum.

thallium atom
type: Class
subclass of: metal atom
definition: A metallic element first identified and named from the brilliant green line in its flame spectrum (from Greek Î¸Î±Î»Î»Î¿Ï, a green shoot).

germanium atom
type: Class
subclass of: metalloid atom
subclass of: nonmetal atom

tellurium atom
type: Class
subclass of: metalloid atom

beryllium atom
type: Class
subclass of: metal atom
definition: Alkaline earth metal atom with atomic number 4.

silver atom
type: Class
subclass of: metal atom

antimony atom
type: Class
subclass of: metalloid atom

caesium atom
type: Class
subclass of: metal atom

ruthenium atom
type: Class
subclass of: metal atom

osmium atom
type: Class
subclass of: metal atom

barium atom
type: Class
subclass of: metal atom

europium atom
type: Class
subclass of: lanthanoid atom

lanthanoid atom
type: Class
subclass of: metal atom

bismuth atom
type: Class
subclass of: metal atom

neon atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity

polonium atom
type: Class
subclass of: metal atom
definition: A radioactive metallic element discovered in 1898 by Marie Sklodowska Curie and named after her home country, Poland (Latin Polonia).

radon atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity

rubidium atom
type: Class
subclass of: metal atom

francium atom
type: Class
subclass of: metal atom

strontium atom
type: Class
subclass of: metal atom

radium atom
type: Class
subclass of: metal atom

scandium atom
type: Class
subclass of: metal atom

yttrium atom
type: Class
subclass of: metal atom

actinium atom
type: Class
subclass of: metal atom

titanium atom
type: Class
subclass of: metal atom

zirconium atom
type: Class
subclass of: metal atom

hafnium atom
type: Class
subclass of: metal atom

niobium atom
type: Class
subclass of: metal atom

rutherfordium atom
type: Class
subclass of: metal atom

tantalum atom
type: Class
subclass of: metal atom

dubnium atom
type: Class
subclass of: metal atom

seaborgium atom
type: Class
subclass of: metal atom

technetium atom
type: Class
subclass of: metal atom

bohrium atom
type: Class
subclass of: metal atom

hassium atom
type: Class
subclass of: metal atom

rhodium atom
type: Class
subclass of: metal atom
definition: A cobalt group element atom of atomic number 45.

meitnerium atom
type: Class
subclass of: metal atom

palladium
type: Class
subclass of: metal atom
definition: Chemical element (nickel group element atom) with atomic number 46.

platinum
type: Class
subclass of: metal atom

darmstadtium
type: Class
subclass of: metal atom

roentgenium atom
type: Class
subclass of: metal atom
definition: A copper group element atom with atomic number 111. The the ninth member of the 6d series of transition metals, it is an extremely radioactive, synthetic element. Average mass is around 281.

cerium
type: Class
subclass of: lanthanoid atom

neodymium atom
type: Class
subclass of: lanthanoid atom

promethium atom
type: Class
subclass of: lanthanoid atom

samarium atom
type: Class
subclass of: lanthanoid atom

gadolinium atom
type: Class
subclass of: lanthanoid atom

terbium atom
type: Class
subclass of: lanthanoid atom

dysprosium atom
type: Class
subclass of: lanthanoid atom

erbium
type: Class
subclass of: lanthanoid atom

thulium atom
type: Class
subclass of: lanthanoid atom

ytterbium
type: Class
subclass of: lanthanoid atom

lutetium atom
type: Class
subclass of: lanthanoid atom

thorium
type: Class
subclass of: metal atom

protactinium atom
type: Class
subclass of: metal atom

neptunium atom
type: Class
subclass of: metal atom

plutonium atom
type: Class
subclass of: metal atom

americium atom
type: Class
subclass of: metal atom

curium atom
type: Class
subclass of: metal atom

berkelium atom
type: Class
subclass of: metal atom

californium atom
type: Class
subclass of: metal atom

einsteinium atom
type: Class
subclass of: metal atom

fermium
type: Class
subclass of: metal atom

mendelevium atom
type: Class
subclass of: metal atom

nobelium
type: Class
subclass of: metal atom

lawrencium atom
type: Class
subclass of: metal atom

copernicium atom
type: Class
subclass of: metal atom
definition: A zinc group element atom with a symbol Cn and atomic number 112. All its isotopes are intensely radioactive. Prior to its discovery, it had the placeholder name ununbium (in accordance with IUPAC recommendations). Following its discovery (in Darmstadt, 1996) and subsequent confirmation, the name copernicium was adopted in 2010.

argon atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity

gallium atom
type: Class
subclass of: metal atom
definition: A metallic element predicted as eka-aluminium by Mendeleev in 1870 and discovered by Paul-Emile Lecoq de Boisbaudran in 1875. Named in honour of France (Latin Gallia) and perhaps also from the Latin gallus cock, a translation of Lecoq.

hydrogen atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity

holmium atom
type: Class
subclass of: lanthanoid atom

iridium atom
type: Class
subclass of: metal atom

krypton atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity

praseodymium atom
type: Class
subclass of: lanthanoid atom

rhenium atom
type: Class
subclass of: metal atom

xenon atom
type: Class
subclass of: nonmetal atom
subclass of: molecular entity

datum label
type: Class
subclass of: information content entity
definition: A label is a symbol that is part of some other datum and is used to either partially define the denotation of that datum or to provide a means for identifying the datum as a member of the set of data with the same label
editor note: http://www.golovchenko.org/cgi-bin/wnsearch#4n

directive information entity
type: Class
subclass of: information content entity
subclass of: Restriction
  on property: is about
  some values from: realizable entity
subclass of: Restriction
  on property: is about
  some values from: realizable entity
subclass of: Restriction
  on property: is about
  some values from: realizable entity
definition: An information content entity whose concretizations indicate to their bearer how to realize them in a process.
editor note: 2009-03-16: provenance: a term realizable information entity was proposed for OBI (OBI_0000337) , edited by the PlanAndPlannedProcess branch. Original definition was "is the specification of a process that can be concretized and realized by an actor" with alternative term "instruction".It has been subsequently moved to IAO where the objective for which the original term was defined was satisfied with the definitionof this, different, term.
editor note: 2013-05-30 Alan Ruttenberg: What differentiates a directive information entity from an information concretization is that it can have concretizations that are either qualities or realizable entities. The concretizations that are realizable entities are created when an individual chooses to take up the direction, i.e. has the intention to (try to) realize it.
editor note: 8/6/2009 Alan Ruttenberg: Changed label from "information entity about a realizable" after discussions at ICBO
editor note: Werner pushed back on calling it realizable information entity as it isn't realizable. However this name isn't right either. An example would be a recipe. The realizable entity would be a plan, but the information entity isn't about the plan, it, once concretized, *is* the plan. -Alan

action specification
type: Class
subclass of: directive information entity
example of usage: Pour the contents of flask 1 into flask 2
definition: A directive information entity that describes an action the bearer will take.
definition source: OBI Plan and Planned Process branch

data item
type: Class
subclass of: information content entity
example of usage: Data items include counts of things, analyte concentrations, and statistical summaries.
definition: An information content entity that is intended to be a truthful statement about something (modulo, e.g., measurement precision or other systematic errors) and is constructed/acquired by a method which reliably tends to produce (approximately) truthful statements.
editor note: 2/2/2009 Alan and Bjoern discussing FACS run output data. This is a data item because it is about the cell population. Each element records an event and is typically further composed a set of measurment data items that record the fluorescent intensity stimulated by one of the lasers.
editor note: 2009-03-16: data item deliberatly ambiguous: we merged data set and datum to be one entity, not knowing how to define singular versus plural. So data item is more general than datum.
editor note: 2009-03-16: removed datum as alternative term as datum specifically refers to singular form, and is thus not an exact synonym.
editor note: JAR: datum -- well, this will be very tricky to define, but maybe some information-like stuff that might be put into a computer and that is meant, by someone, to denote and/or to be interpreted by some process... I would include lists, tables, sentences... I think I might defer to Barry, or to Brian Cantwell Smith JAR: A data item is an approximately justified approximately true approximate belief
editor note: 2014-03-31: See discussion at http://odontomachus.wordpress.com/2014/03/30/aboutness-objects-propositions/

symbol
type: Class
subclass of: information content entity
example of usage: a serial number such as "12324X"
example of usage: a stop sign
example of usage: a written proper name such as "OBI"
definition: An information content entity that is a mark(s) or character(s) used as a conventional representation of another entity.
editor note: 20091104, MC: this needs work and will most probably change
editor note: 2014-03-31: We would like to have a deeper analysis of 'mark' and 'sign' in the future (see https://github.com/information-artifact-ontology/IAO/issues/154).
definition source: based on Oxford English Dictionary

scalar measurement datum
type: Class
subclass of: information content entity
subclass of: Restriction
  on property: has value specification
  some values from: scalar value specification
subclass of: Restriction
  on property: has value specification
  some values from: scalar value specification
subclass of: Restriction
  on property: has value specification
  some values from: scalar value specification
example of usage: 10 feet. 3 ml.
definition: A scalar measurement datum is a measurement datum that is composed of two parts, numerals and a unit label.
editor note: 2009-03-16: we decided to keep datum singular in scalar measurement datum, as in this case we explicitly refer to the singular form
editor note: Would write this as: has_part some 'measurement unit label' and has_part some numeral and has_part exactly 2, except for the fact that this won't let us take advantage of OWL reasoning over the numbers. Instead use has measurment value property to represent the same. Use has measurement unit label (subproperty of has_part) so we can easily say that there is only one of them.

scalar value specification
type: Class
subclass of: value specification
definition: A value specification that consists of two parts: a numeral and a unit label

curation status specification
type: Class
subclass of: data about an ontology part
definition: The curation status of the term. The allowed values come from an enumerated list of predefined terms. See the specification of these instances for more detailed definitions of each enumerated value.
editor note: Better to represent curation as a process with parts and then relate labels to that process (in IAO meeting)
definition source: GROUP:OBI:<http://purl.obolibrary.org/obo/obi>
definition source: OBI_0000266
equivalent class: Class
  one of: example to be eventually removed
  one of: metadata complete
  one of: organizational term
  one of: ready for release
  one of: metadata incomplete
  one of: uncurated
  one of: pending final vetting
  one of: to be replaced with external ontology term
  one of: requires discussion
equivalent class: Class
  one of: example to be eventually removed
  one of: metadata complete
  one of: organizational term
  one of: ready for release
  one of: metadata incomplete
  one of: uncurated
  one of: pending final vetting
  one of: to be replaced with external ontology term
  one of: requires discussion
equivalent class: Class
  one of: example to be eventually removed
  one of: metadata complete
  one of: organizational term
  one of: ready for release
  one of: metadata incomplete
  one of: uncurated
  one of: pending final vetting
  one of: to be replaced with external ontology term
  one of: requires discussion

example to be eventually removed
type: NamedIndividual

metadata complete
type: NamedIndividual
definition: Class has all its metadata, but is either not guaranteed to be in its final location in the asserted IS_A hierarchy or refers to another class that is not complete.

organizational term
type: NamedIndividual
definition: Term created to ease viewing/sort terms for development purpose, and will not be included in a release

ready for release
type: NamedIndividual
definition: Class has undergone final review, is ready for use, and will be included in the next release. Any class lacking "ready_for_release" should be considered likely to change place in hierarchy, have its definition refined, or be obsoleted in the next release. Those classes deemed "ready_for_release" will also derived from a chain of ancestor classes that are also "ready_for_release."

metadata incomplete
type: NamedIndividual
definition: Class is being worked on; however, the metadata (including definition) are not complete or sufficiently clear to the branch editors.

uncurated
type: NamedIndividual
definition: Nothing done yet beyond assigning a unique class ID and proposing a preferred term.

pending final vetting
type: NamedIndividual
definition: All definitions, placement in the asserted IS_A hierarchy and required minimal metadata are complete. The class is awaiting a final review by someone other than the term editor.

to be replaced with external ontology term
type: NamedIndividual
definition: Terms with this status should eventually replaced with a term from another ontology.
definition source: group:OBI

requires discussion
type: NamedIndividual
definition: A term that is metadata complete, has been reviewed, and problems have been identified that require discussion before release. Such a term requires editor note(s) to identify the outstanding issues.
definition source: group:OBI

data about an ontology part
type: Class
subclass of: data item
definition: Data about an ontology part is a data item about a part of an ontology, for example a term

plan specification
type: Class
subclass of: directive information entity
subclass of: Restriction
  on property: has part
  some values from: objective specification
subclass of: Restriction
  on property: has part
  some values from: action specification
subclass of: Restriction
  on property: has part
  some values from: objective specification
subclass of: Restriction
  on property: has part
  some values from: action specification
subclass of: Restriction
  on property: has part
  some values from: objective specification
subclass of: Restriction
  on property: has part
  some values from: action specification
example of usage: PMID: 18323827.Nat Med. 2008 Mar;14(3):226.New plan proposed to help resolve conflicting medical advice.
definition: A directive information entity with action specifications and objective specifications as parts, and that may be concretized as a realizable entity that, if realized, is realized in a process in which the bearer tries to achieve the objectives by taking the actions specified.
editor note: 2009-03-16: provenance: a term a plan was proposed for OBI (OBI_0000344) , edited by the PlanAndPlannedProcess branch. Original definition was " a plan is a specification of a process that is realized by an actor to achieve the objective specified as part of the plan". It has been subsequently moved to IAO where the objective for which the original term was defined was satisfied with the definitionof this, different, term.
editor note: 2014-03-31: A plan specification can have other parts, such as conditional specifications.
editor note: 2022-01-16 Updated definition to that proposed by Clint Dowloand, IAO Issue 231.
editor note: Alternative previous definition: a plan is a set of instructions that specify how an objective should be achieved
definition source: OBI Plan and Planned Process branch
definition source: OBI_0000344

obsolescence reason specification
type: Class
subclass of: data about an ontology part
definition: The reason for which a term has been deprecated. The allowed values come from an enumerated list of predefined terms. See the specification of these instances for more detailed definitions of each enumerated value.
editor note: The creation of this class has been inspired in part by Werner Ceusters' paper, Applying evolutionary terminology auditing to the Gene Ontology.
equivalent class: Class
  one of: failed exploratory term
  one of: placeholder removed
  one of: terms merged
  one of: term imported
  one of: term split
  one of: out of scope
equivalent class: Class
  one of: failed exploratory term
  one of: placeholder removed
  one of: terms merged
  one of: term imported
  one of: term split
  one of: out of scope
equivalent class: Class
  one of: failed exploratory term
  one of: placeholder removed
  one of: terms merged
  one of: term imported
  one of: term split
  one of: out of scope

failed exploratory term
type: NamedIndividual
definition: The term was used in an attempt to structure part of the ontology but in retrospect failed to do a good job

placeholder removed
type: NamedIndividual

terms merged
type: NamedIndividual
editor note: An editor note should explain what were the merged terms and the reason for the merge.

term imported
type: NamedIndividual
editor note: This is to be used when the original term has been replaced by a term imported from an other ontology. An editor note should indicate what is the URI of the new term to use.

term split
type: NamedIndividual
editor note: This is to be used when a term has been split in two or more new terms. An editor note should indicate the reason for the split and indicate the URIs of the new terms created.

out of scope
type: NamedIndividual
definition: The term was added to the ontology on the assumption it was in scope, but it turned out later that it was not.
editor note: This obsolesence reason should be used conservatively. Typical valid examples are: un-necessary grouping classes in disease ontologies, a phenotype term added on the assumption it was a disease.

document
type: Class
subclass of: information content entity
example of usage: A journal article, patent application, laboratory notebook, or a book
definition: A collection of information content entities intended to be understood together as a whole

publication
type: Class
subclass of: document
example of usage: journal article, newspaper story, book, etc.
definition: A document that is the output of a publishing process.
equivalent class: Class
  intersection of: document
  intersection of: Restriction
    all values from: publishing process
    on property: is specified output of
equivalent class: Class
  intersection of: document
  intersection of: Restriction
    all values from: publishing process
    on property: is specified output of
equivalent class: Class
  intersection of: document
  intersection of: Restriction
    all values from: publishing process
    on property: is specified output of

publishing process
type: Class
subclass of: planned process
definition: A planned process of making information, such as literature, music, and software etc., available to the public for sale or for free.
definition source: https://en.wikipedia.org/wiki/Publishing

denotator type
type: Class
subclass of: data about an ontology part
example of usage: The Basic Formal Ontology ontology makes a distinction between Universals and defined classes, where the formal are "natural kinds" and the latter arbitrary collections of entities.
definition: A denotator type indicates how a term should be interpreted from an ontological perspective.
definition source: Barry Smith, Werner Ceusters
equivalent class: Class
  one of: universal
  one of: defined class
  one of: named class expression
equivalent class: Class
  one of: universal
  one of: defined class
  one of: named class expression
equivalent class: Class
  one of: universal
  one of: defined class
  one of: named class expression

universal
type: NamedIndividual
editor note: Hard to give a definition for. Intuitively a "natural kind" rather than a collection of any old things, which a class is able to be, formally. At the meta level, universals are defined as positives, are disjoint with their siblings, have single asserted parents.
definition source: A Formal Theory of Substances, Qualities, and Universals, http://ontology.buffalo.edu/bfo/SQU.pdf

defined class
type: NamedIndividual
definition: A defined class is a class that is defined by a set of logically necessary and sufficient conditions but is not a universal
editor note: "definitions", in some readings, always are given by necessary and sufficient conditions. So one must be careful (and this is difficult sometimes) to distinguish between defined classes and universal.

named class expression
type: NamedIndividual
definition: A named class expression is a logical expression that is given a name. The name can be used in place of the expression.
editor note: named class expressions are used in order to have more concise logical definition but their extensions may not be interesting classes on their own. In languages such as OWL, with no provisions for macros, these show up as actuall classes. Tools may with to not show them as such, and to replace uses of the macros with their expansions

time unit
type: Class
subclass of: measurement unit label

identifier
type: Class
subclass of: information content entity
subclass of: Restriction
  on property: denotes
  some values from: entity
subclass of: Restriction
  on property: is specified output of
  some values from: identifier creating process
subclass of: Restriction
  on property: denotes
  some values from: entity
subclass of: Restriction
  on property: is specified output of
  some values from: identifier creating process
subclass of: Restriction
  on property: denotes
  some values from: entity
subclass of: Restriction
  on property: is specified output of
  some values from: identifier creating process
definition: An information content entity that is the outcome of a dubbing process and is used to refer to one instance of entity shared by a group of people to refer to that individual entity.
equivalent class: Class
  intersection of: information content entity
  intersection of: Restriction
    on property: denotes
    some values from: entity
  intersection of: Restriction
    on property: is specified output of
    some values from: identifier creating process
equivalent class: Class
  intersection of: information content entity
  intersection of: Restriction
    on property: denotes
    some values from: entity
  intersection of: Restriction
    on property: is specified output of
    some values from: identifier creating process
equivalent class: Class
  intersection of: information content entity
  intersection of: Restriction
    on property: denotes
    some values from: entity
  intersection of: Restriction
    on property: is specified output of
    some values from: identifier creating process
isInMinimalProfile: true

identifier creating process
type: Class
subclass of: planned process
subclass of: Restriction
  on property: has specified output
  some values from: identifier
subclass of: Restriction
  on property: has specified output
  some values from: identifier
subclass of: Restriction
  on property: has specified output
  some values from: identifier
definition: A planned process that provides a reference to an individual entity shared by a group of subscribers to refer to that individual entity.
equivalent class: Class
  intersection of: planned process
  intersection of: Restriction
    on property: has specified output
    some values from: identifier
equivalent class: Class
  intersection of: planned process
  intersection of: Restriction
    on property: has specified output
    some values from: identifier
equivalent class: Class
  intersection of: planned process
  intersection of: Restriction
    on property: has specified output
    some values from: identifier

homo sapiens
type: Class
subclass of: object
equivalent class: person

person
type: Class
subclass of: object
definition: A person is a human being.
isInMinimalProfile: true

evaluant role
type: Class
subclass of: role
subclass of: Restriction
  on property: characteristic of
  some values from: material entity
subclass of: Restriction
  all values from: assay
  on property: has realization
subclass of: Restriction
  on property: characteristic of
  some values from: material entity
subclass of: Restriction
  all values from: assay
  on property: has realization
subclass of: Restriction
  on property: characteristic of
  some values from: material entity
subclass of: Restriction
  all values from: assay
  on property: has realization
example of usage: When a specimen of blood is assayed for glucose concentration, the blood has the evaluant role. When measuring the mass of a mouse, the evaluant is the mouse. When measuring the time of DNA replication, the evaluant is the DNA. When measuring the intensity of light on a surface, the evaluant is the light source.
definition: a role that inheres in a material entity that is realized in an assay in which data is generated about the bearer of the evaluant role
editor note: Role call - 17nov-08: JF and MC think an evaluant role is always specified input of a process. Even in the case where we have an assay taking blood as evaluant and outputting blood, the blood is not the specified output at the end of the assay (the concentration of glucose in the blood is)
editor note: examples of features that could be described in an evaluant: quality.... e.g. "contains 10 pg/ml IL2", or "no glucose detected")
definition source: OBI

assay
type: Class
subclass of: planned process
subclass of: Restriction
  on property: realizes
  some values from: evaluant role
subclass of: Restriction
  on property: has specified input
  some values from: Class
    intersection of: material entity
    intersection of: Restriction
      on property: has role
      some values from: evaluant role
subclass of: Restriction
  on property: has specified output
  some values from: Class
    intersection of: data item
    intersection of: Restriction
      on property: is about
      some values from: Class
        intersection of: material entity
        intersection of: Restriction
subclass of: Restriction
  on property: achieves_planned_objective
  some values from: objective specification
subclass of: Restriction
  on property: realizes
  some values from: evaluant role
subclass of: Restriction
  on property: has specified input
  some values from: Class
    intersection of: material entity
    intersection of: Restriction
      on property: has role
      some values from: evaluant role
subclass of: Restriction
  on property: has specified output
  some values from: Class
    intersection of: data item
    intersection of: Restriction
      on property: is about
      some values from: Class
        intersection of: material entity
        intersection of: Restriction
subclass of: Restriction
  on property: achieves_planned_objective
  some values from: objective specification
subclass of: Restriction
  on property: realizes
  some values from: evaluant role
subclass of: Restriction
  on property: has specified input
  some values from: Class
    intersection of: material entity
    intersection of: Restriction
      on property: has role
      some values from: evaluant role
subclass of: Restriction
  on property: has specified output
  some values from: Class
    intersection of: data item
    intersection of: Restriction
      on property: is about
      some values from: Class
        intersection of: material entity
        intersection of: Restriction
subclass of: Restriction
  on property: achieves_planned_objective
  some values from: objective specification
example of usage: Assay the wavelength of light emitted by excited Neon atoms. Count of geese flying over a house.
definition: A planned process that has the objective to produce information about a material entity (the evaluant) by examining it.
editor note: 12/3/12: BP: the reference to the 'physical examination' is included to point out that a prediction is not an assay, as that does not require physical examiniation.
editor note: Discussion on OBI call 2023-05-01 resulted in an agreement to revise the textual definition of 'assay'. https://github.com/obi-ontology/obi/issues/1683.
definition source: OBI branch derived

specimen role
type: Class
subclass of: role
subclass of: Restriction
  on property: characteristic of
  some values from: material entity
subclass of: Restriction
  on property: characteristic of
  some values from: material entity
subclass of: Restriction
  on property: characteristic of
  some values from: material entity
example of usage: liver section; a portion of a culture of cells; a nemotode or other animal once no longer a subject (generally killed); portion of blood from a patient.
definition: A role borne by a material entity that is obtained during a specimen collection process and that can be realized by performing measurements or observations on the specimen.
editor note: blood taken from animal: animal continues in study, whereas blood has role specimen. something taken from study subject, leaves the study and becomes the specimen.
editor note: parasite example - when parasite in people we study people, people are subjects and parasites are specimen - when parasite extracted, they become subject in the following study specimen can later be subject.
editor note: 22Jun09. The definition includes whole organisms, and can include a human. The link between specimen role and study subject role has been removed. A specimen taken as part of a case study is not considered to be a population representative, while a specimen taken as representing a population, e.g. person taken from a cohort, blood specimen taken from an animal) would be considered a population representative and would also bear material sample role.
editor note: Note: definition is in specimen creation objective which is defined as an objective to obtain and store a material entity for potential use as an input during an investigation.
definition source: OBI

organization
type: Class
subclass of: material entity
example of usage: PMID: 16353909.AAPS J. 2005 Sep 22;7(2):E274-80. Review. The joint food and agriculture organization of the United Nations/World Health Organization Expert Committee on Food Additives and its role in the evaluation of the safety of veterinary drug residues in foods.
definition: An entity that can bear roles, has members, and has a set of organization rules. Members of organizations are either organizations themselves or individual people. Members can bear specific organization member roles that are determined in the organization rules. The organization rules also determine how decisions are made on behalf of the organization by the organization members.
editor note: BP: The definition summarizes long email discussions on the OBI developer, roles, biomaterial and denrie branches. It leaves open if an organization is a material entity or a dependent continuant, as no consensus was reached on that. The current placement as material is therefore temporary, in order to move forward with development. Here is the entire email summary, on which the definition is based: 1) there are organization_member_roles (president, treasurer, branch editor), with individual persons as bearers 2) there are organization_roles (employer, owner, vendor, patent holder) 3) an organization has a charter / rules / bylaws, which specify what roles there are, how they should be realized, and how to modify the charter/rules/bylaws themselves. It is debatable what the organization itself is (some kind of dependent continuant or an aggregate of people). This also determines who/what the bearer of organization_roles' are. My personal favorite is still to define organization as a kind of 'legal entity', but thinking it through leads to all kinds of questions that are clearly outside the scope of OBI. Interestingly enough, it does not seem to matter much where we place organization itself, as long as we can subclass it (University, Corporation, Government Agency, Hospital), instantiate it (Affymetrix, NCBI, NIH, ISO, W3C, University of Oklahoma), and have it play roles. This leads to my proposal: We define organization through the statements 1 - 3 above, but without an 'is a' statement for now. We can leave it in its current place in the is_a hierarchy (material entity) or move it up to 'continuant'. We leave further clarifications to BFO, and close this issue for now.
definition source: GROUP: OBI

mechanical function
type: Class
subclass of: function
definition: A mechanical function is a function that is realised via mechanical work (through an certain amount of energy transferred by some force).
definition source: http://en.wikipedia.org/wiki/Mechanical_work

manufacturer role
type: Class
subclass of: role
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: homo sapiens
    union of: organization
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: homo sapiens
    union of: organization
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: homo sapiens
    union of: organization
example of usage: With respect to The Accuri C6 Flow Cytometer System, the organization Accuri bears the role manufacturer role. With respect to a transformed line of tissue culture cells derived by a specific lab, the lab whose personnel isolated the cll line bears the role manufacturer role. With respect to a specific antibody produced by an individual scientist, the scientist who purifies, characterizes and distributes the anitbody bears the role manufacturer role.
definition: Manufacturer role is a role which inheres in a person or organization and which is realized by a manufacturing process.
definition source: OBI

manufacturer
type: Class
subclass of: material entity
subclass of: Restriction
  on property: has role
  some values from: manufacturer role
subclass of: Restriction
  on property: has role
  some values from: manufacturer role
subclass of: Restriction
  on property: has role
  some values from: manufacturer role
definition: A person or organization that has a manufacturer role.
equivalent class: Class
  intersection of: Class
    union of: homo sapiens
    union of: organization
  intersection of: Restriction
    on property: has role
    some values from: manufacturer role
equivalent class: Class
  intersection of: Class
    union of: homo sapiens
    union of: organization
  intersection of: Restriction
    on property: has role
    some values from: manufacturer role
equivalent class: Class
  intersection of: Class
    union of: homo sapiens
    union of: organization
  intersection of: Restriction
    on property: has role
    some values from: manufacturer role

categorical value specification
type: Class
subclass of: value specification
definition: A value specification that is specifies one category out of a fixed number of nominal categories

specimen
type: Class
subclass of: material entity
subclass of: Restriction
  on property: has role
  some values from: specimen role
subclass of: Restriction
  on property: has role
  some values from: specimen role
subclass of: Restriction
  on property: has role
  some values from: specimen role
example of usage: Biobanking of blood taken and stored in a freezer for potential future investigations stores specimen; collecting a stone from a site.
definition: A material entity that is collected for potential use as an input upon which measurements or observations are performed.
definition source: GROUP: OBI Biomaterial Branch
equivalent class: Class
  intersection of: material entity
  intersection of: Restriction
    on property: has role
    some values from: specimen role
equivalent class: Class
  intersection of: material entity
  intersection of: Restriction
    on property: has role
    some values from: specimen role
equivalent class: Class
  intersection of: material entity
  intersection of: Restriction
    on property: has role
    some values from: specimen role

material
type: Class
comment: Instances of Portions Of Matter whose shape is relevant for their dispostion to participate in a Manufacturing Process may be SemiFinishedProdcuts.
comment: The sum of portions of matter of the same type form a portion of matter of that type.
label: Material @de
subclass of: portion of matter
alternative label: Portion of Material
definition: A Material is a Portion Of Matter that may participate in some Manifacturing Process and whose shape is not relevant for its participation in the Manifacuring Process.
isInMinimalProfile: true

portion of matter
type: Class
comment: It is also representing a distinct physical or conceptual part of a material or substance. The open energy ontology OEO defines portion of matter as a subclass of object aggregate, which implies countability. Our portion is not (precisely) countable and thus bearer of intensive properties.
comment: Lome explanation for portion of matter: "What is a molecule cluster at the cellular level? Contrary to the molecular level, at the cellular level of granularity the boundary of each molecule is outside of the level of granular focus. What forms a discontinuous cluster of countable individual molecules and thus bona fide objects at the molecular level, is a continuous and non-countable molecular substance at coarser levels of granularity. At these coarser levels, the individual molecules cannot be differentiated and demarcated anymore and the cluster as a whole possesses only fiat inner boundaries."
subclass of: material entity
definition: A material entity that is not demarcated by any physical discontinuities. At some finer level of granularity it is an object aggregate, at some coarser level of granularity it is a fiat object part,but at this level of granularity it is neither.
isInMinimalProfile: true

engineered material
type: Class
comment: We recognize that some of the materials in the subclasses also occur naturally. However, these are not within the scope of our consideration for technical use.
subclass of: material
definition: An Engineered Material is a Material that is output of a Manufacturing Process.
isInMinimalProfile: true

vector field specification
type: Class
subclass of: value specification
editor note: also see "The Ontology of Fields" - Report of a Specialist Meeting Held under the Auspices of the Varenius Project: Donna Peuquet, Barry Smith, and Berit Brogaard; Bar Harbor, Maine 1998
definition: a value specifcation that represents an assignment of a vector to each point in a discretized spacial region

plan
type: Class
subclass of: realizable entity
definition: A plan is a realizable entity that is the inheres in a bearer who is committed to realizing it as a planned process.
isInMinimalProfile: true

simulation entity role
type: Class
subclass of: Class
  intersection of: role
  intersection of: Restriction
    on property: has realization
    some values from: simulation process
subclass of: Restriction
  on property: role of
  some values from: Class
    intersection of: independent continuant
    intersection of: Restriction
      on property: participates in
      some values from: simulation process
subclass of: Class
  intersection of: role
  intersection of: Restriction
    on property: has realization
    some values from: simulation process
subclass of: Restriction
  on property: role of
  some values from: Class
    intersection of: independent continuant
    intersection of: Restriction
      on property: participates in
      some values from: simulation process
subclass of: Class
  intersection of: role
  intersection of: Restriction
    on property: has realization
    some values from: simulation process
subclass of: Restriction
  on property: role of
  some values from: Class
    intersection of: independent continuant
    intersection of: Restriction
      on property: participates in
      some values from: simulation process
definition: Simulation entity role is a role that inheres in an independent continuant (IC) and is realized in a simulation process. This role enables the IC to participate in the simulation as a proxy, model, or representative of a real or hypothetical entity within the simulated context

simulation process
type: Class
label: Simulationsprozess @de
subclass of: computing process
definition: A Computing Process that models the behavior of a system over time using mathematical or computational techniques.
definition: Ein Datenverarbeitungsprozess, der das Verhalten eines Systems im Laufe der Zeit mit mathematischen oder rechnerischen Techniken modelliert @de

melting process
type: Class
label: Schmelzprozess @de
subclass of: manufacturing process
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: has specified input
    some values from: material entity
  intersection of: Restriction
    on property: has specified output
    some values from: melt
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: has specified input
    some values from: material entity
  intersection of: Restriction
    on property: has specified output
    some values from: melt
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: has specified input
    some values from: material entity
  intersection of: Restriction
    on property: has specified output
    some values from: melt
definition: A melting process is a thermally induced process during which a solid material undergoes a phase transition into a liquid state. It involves the absorption of heat and occurs at or above the material's melting point.
definition: Ein Schmelzvorgang ist ein thermisch induzierter Prozess, bei dem ein festes Material einen Phasenübergang in einen flüssigen Zustand erfährt. Er beinhaltet die Absorption von Wärme und findet bei oder oberhalb des Schmelzpunkts des Materials statt. @de
example: The process of melting aluminum ingots in preparation for extrusion.

manufacturing process
type: Class
label: Herstellungsprozess @de
subclass of: planned process
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
subclass of: Restriction
  on property: has specified input
  some values from: material entity
subclass of: Restriction
  on property: has specified output
  some values from: material entity
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
subclass of: Restriction
  on property: has specified input
  some values from: material entity
subclass of: Restriction
  on property: has specified output
  some values from: material entity
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
subclass of: Restriction
  on property: has specified input
  some values from: material entity
subclass of: Restriction
  on property: has specified output
  some values from: material entity
equivalent class: Class
  intersection of: process
  intersection of: Restriction
    on property: has specified input
    some values from: material entity
  intersection of: Restriction
    on property: has specified output
    some values from: material entity
equivalent class: Class
  intersection of: process
  intersection of: Restriction
    on property: has specified input
    some values from: material entity
  intersection of: Restriction
    on property: has specified output
    some values from: material entity
equivalent class: Class
  intersection of: process
  intersection of: Restriction
    on property: has specified input
    some values from: material entity
  intersection of: Restriction
    on property: has specified output
    some values from: material entity
definition: A planned process that is driven by the primary intent to transform objects A manufacturing process is always a transformative process.
definition: Ein geplannter Prozess, der von der primären Absicht angetrieben wird, Objekte zu transformieren. Ein Herstellungsprozess ist immer ein Transformationsprozess. @de
isInMinimalProfile: true

melt
type: Class
label: Schmelze @de
subclass of: fluid (object)
definition: A melt is an object (material entity) that exists in a liquid state as a result of the phase transition from solid due to thermal energy input. In materials science, it typically refers to metals, alloys, or other substances maintained above their melting point.
definition: Eine Schmelze ist ein Objekt (eine materielle Einheit), das aufgrund des Phasenübergangs von einem Festkörper durch thermische Energiezufuhr in einem flüssigen Zustand vorliegt. In der Werkstoffkunde bezieht sich der Begriff in der Regel auf Metalle, Legierungen oder andere Stoffe, die oberhalb ihres Schmelzpunkts gehalten werden. @de
example: A pool of molten steel during casting.

heating function
type: Class
label: Heizfunktion @de
subclass of: temperature change function
definition: A heating function is a (realizable) function that, when realized, enables a system or device to increase the thermal energy of a material, typically to reach temperatures required for processing, transformation, or reaction.
definition: Eine Heizfunktion ist eine (realisierbare) Funktion, die ein System oder Gerät in die Lage versetzt, die Wärmeenergie eines Materials zu erhöhen, um die für die Verarbeitung, Umwandlung oder Reaktion erforderlichen Temperaturen zu erreichen. @de
example: The function of a resistance heater in a vacuum furnace.

temperature change function
type: Class
label: Temperaturänderungsfunktion @de
subclass of: function
definition: A subfunction of heat treatment performed to induce changes in temperature to alter material properties.
definition: Eine Unterfunktion der Wärmebehandlung, die durchgeführt wird, um Temperaturänderungen hervorzurufen, um die Materialeigenschaften zu verändern. @de
isInMinimalProfile: true

cooling function
type: Class
label: Kühlfunktion @de
subclass of: temperature change function
definition: A cooling function is a (realizable) function that, when realized, enables a system or device to lower the temperature of a material, often to control solidification or maintain a stable state below a desired thermal threshold.
definition: Eine Kühlfunktion ist eine (realisierbare) Funktion, die es einem System oder Gerät ermöglicht, die Temperatur eines Materials zu senken, häufig um die Erstarrung zu steuern oder einen stabilen Zustand unterhalb eines gewünschten thermischen Schwellenwerts aufrechtzuerhalten. @de
example: The function of a water-cooled mold to solidify molten metal in casting.

melting furnace
type: Class
comment: An electric arc furnace used in steelmaking.
label: Schmelzofen @de
subclass of: Class
  intersection of: furnace
  intersection of: Restriction
    on property: has function
    some values from: melting function
subclass of: Class
  intersection of: furnace
  intersection of: Restriction
    on property: has function
    some values from: melting function
subclass of: Class
  intersection of: furnace
  intersection of: Restriction
    on property: has function
    some values from: melting function
definition: A melting furnace is a device that bears a melting function, typically designed to raise the temperature of a solid material to initiate and sustain its transformation into a melt.
definition: Ein Schmelzofen ist ein Gerät, das eine Schmelzfunktion hat und in der Regel dazu dient, die Temperatur eines festen Materials zu erhöhen, um seine Umwandlung in eine Schmelze einzuleiten und aufrechtzuerhalten. @de

furnace
type: Class
label: Ofen @de
subclass of: device
definition source: âFurnace.â Merriam-Webster.com Dictionary, Merriam-Webster, https://www.merriam-webster.com/dictionary/furnace. Accessed 13 Jan. 2023.
definition: An enclosed structure in which heat is produced (as for heating a house or for reducing ore).
definition: Eine geschlossene Struktur, in der Wärme erzeugt wird (z. B. zum Heizen eines Hauses oder zum Einschmelzen von Erz). @de

melting function
type: Class
label: Schmelzfunktion @de
subclass of: heating function
definition: A melting function is a heating function that, when realized, enables a device or system to initiate or sustain the phase transition of a solid material into a liquid by raising its temperature above the melting point.
definition: Eine Schmelzfunktion ist eine Heizfunktion, die es einem Gerät oder System ermöglicht, den Phasenübergang eines festen Materials in eine Flüssigkeit einzuleiten oder aufrechtzuerhalten, indem seine Temperatur über den Schmelzpunkt angehoben wird. @de
example: The function of an induction coil in a furnace to heat metal until it melts.

input assignment
type: Class
subclass of: Class
  intersection of: process boundary
  intersection of: Restriction
    on property: part of
    some values from: computing process
  intersection of: Restriction
    on property: has participant
    some values from: information content entity
subclass of: Class
  intersection of: process boundary
  intersection of: Restriction
    on property: part of
    some values from: computing process
  intersection of: Restriction
    on property: has participant
    some values from: information content entity
subclass of: Class
  intersection of: process boundary
  intersection of: Restriction
    on property: part of
    some values from: computing process
  intersection of: Restriction
    on property: has participant
    some values from: information content entity
definition: input assignment is a process boundary which is part of a computing process and which connects a material entity or i.c.e as input to the computing process
term tracker annotation: https://github.com/materialdigital/core-ontology/issues/184 https://github.com/pyiron/semantikon/pull/278

computing process
type: Class
label: Datenverarbeitung @de
label: Rechenprozess @de
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
editor note: The subclass trees of "Computing Process" are currently still proposals and serve as a working basis for the discussion round with the simulation/workflow domain experts.
definition: A process that involves the systematic use of computational methods and tools to perform simulations, analyses, or data transformations to achieve specific scientific or engineering goals.
definition: Ein Prozess, der die systematische Verwendung von rechnerischen Methoden und Werkzeugen umfasst, um Simulationen, Analysen oder Datenumwandlungen durchzuführen, um spezifische wissenschaftliche oder technische Ziele zu erreichen. @de

output assignment
type: Class
subclass of: Class
  intersection of: process boundary
  intersection of: Restriction
    on property: part of
    some values from: computing process
  intersection of: Restriction
    on property: has participant
    some values from: information content entity
subclass of: Class
  intersection of: process boundary
  intersection of: Restriction
    on property: part of
    some values from: computing process
  intersection of: Restriction
    on property: has participant
    some values from: information content entity
subclass of: Class
  intersection of: process boundary
  intersection of: Restriction
    on property: part of
    some values from: computing process
  intersection of: Restriction
    on property: has participant
    some values from: information content entity
definition: output assignment is a process boundary which is part of a computing process and which connects a material entity or i.c.e as output to the computing process
term tracker annotation: https://github.com/materialdigital/core-ontology/issues/184 https://github.com/pyiron/semantikon/pull/278

1D
type: Class
subclass of: information content entity
definition: 1-D is an information content entity representing a one-dimensional structure or model representing a single linear dimension, often used in material science simulations or analysis.
isInMinimalProfile: true

2D
type: Class
subclass of: information content entity
definition: A two-dimensional information content entity is a representation or analysis, commonly applied in studying planar material properties or surface phenomena.
isInMinimalProfile: true

ASTM grainsize
type: Class
subclass of: intensive quality
definition: The ASTM grain size is a scalar specifically describing the size of grains in a crystalline material as defined by ASTM standards.
isInMinimalProfile: true

intensive quality
type: Class
subclass of: quality
disjoint with: extensive quality
alternative label: Point property
definition: An intensive quality is a qualty that inheres in only portion of matter and thus is independent of the bearers (system-) size.
isInMinimalProfile: true

ab initio molecular dynamics simulation
type: Class
label: Ab Initio MD Simulation @de
subclass of: simulation process
definition: A Simulation Process that uses quantum mechanical calculations to predict the behavior of molecular systems without empirical parameters.
definition: Ein Simulationsprozess, der quantenmechanische Berechnungen verwendet, um das Verhalten molekularer Systeme ohne empirische Parameter vorherzusagen. @de
example: Simulating the electronic structure and dynamics of a new alloy to predict its mechanical properties.

accoustic absorption coefficient
type: Class
subclass of: accoustic property
subclass of: Restriction
  on property: responds with
  some values from: emission of accoustic wave
subclass of: Restriction
  on property: responds with
  some values from: emission of accoustic wave
subclass of: Restriction
  on property: responds with
  some values from: emission of accoustic wave
definition: The accoustic absorption coefficient is an accoustic property representing a measure of how much sound energy is absorbed by a material per unit area.
isInMinimalProfile: true

accoustic property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: stimulated by
  some values from: application of accoustic wave
subclass of: Restriction
  on property: stimulated by
  some values from: application of accoustic wave
subclass of: Restriction
  on property: stimulated by
  some values from: application of accoustic wave
definition: An accoustic property is a mechanical property representing characteristics of a material that determine its interaction with sound waves, such as absorption, reflection, and transmission.
isInMinimalProfile: true

emission of accoustic wave
type: Class
subclass of: deformation
definition: The emission of (an) accoustic wave is a deformation describing the release of sound waves by a material or system, often due to vibration or stress.
isInMinimalProfile: true

application of accoustic wave
type: Class
subclass of: application of mechanical load
definition: An application of (an) acoustic wave is an application of (a) mechanical load describing the use of sound waves in a material or system for testing or functional purposes.

acoustical property analyzing process
type: Class
label: Akustische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay, that measures the acoustic properties of materials by analyzing how sound waves interact with the material. This process involves generating sound waves and observing their reflection, transmission, absorption, or scattering to determine properties such as acoustic impedance, absorption coefficient, and sound speed.
definition: Eine Analyse, die die akustischen Eigenschaften von Materialien misst, indem es analysiert, wie Schallwellen mit dem Material interagieren. Dieser Prozess umfasst die Erzeugung von Schallwellen und die Beobachtung ihrer Reflexion, Ãbertragung, Absorption oder Streuung, um Eigenschaften wie akustische Impedanz, Absorptionskoeffizient und Schallgeschwindigkeit zu bestimmen. @de
example: For example, acoustic emission testing (AET) is used to monitor the release of energy from a material under stress, which can indicate the onset of failure or the presence of defects.

additive manufacturing device
type: Class
label: Additive Fertigungsgerät @de
subclass of: device
definition: A device used for manufacturing objects layer by layer through additive processes such as 3D printing.
definition: Ein Gerät zur Herstellung von Objekten Schicht für Schicht durch additive Verfahren wie 3D-Druck. @de

device
type: Class
label: Gerät @de
subclass of: object
definition: A physical or virtual entity used to perform a specific function or task, often involving measurement, manipulation, or analysis of materials.
definition: Ein physisches oder virtuelles Objekt, das verwendet wird, um eine bestimmte Funktion oder Aufgabe auszuführen, häufig im Zusammenhang mit der Messung, Manipulation oder Analyse von Materialien. @de
isInMinimalProfile: true

adhesion testing process
type: Class
label: Adhäsionsprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that measures the strength of adhesion between two bonded surfaces, assessing the quality of adhesive joints.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Stärke der Haftung zwischen zwei verklebten Oberflächen misst und die Qualität der Klebeverbindungen bewertet. @de
example: Adhesion testing of epoxy bonds in composite materials to ensure structural integrity in aircraft components.

mechanical property analyzing process
type: Class
label: Mechanische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that evaluates the mechanical characteristics of materials, such as strength, hardness, elasticity, and tensile properties, often through tests that measure response to forces and loads.
definition: Eine Analyse, die die mechanischen Eigenschaften von Materialien bewertet, wie z.B. Festigkeit, Härte, Elastizität und Zugfestigkeit, oft durch Tests, die die Reaktion auf Kräfte und Lasten messen. @de

adjustment device role
type: Class
label: Einstellungsgeräterolle @de
subclass of: device role
example of usage: A screwdriver used to adjust a grub screw.
definition: Role of a device that is used to adjust another device (SubjectOfAdjustmentRole). The role is realized in an adjustment process.
definition: Rolle eines Gerätes, das zum Einstellen eines anderen Gerätes (SubjectOfAdjustmentRole) verwendet wird. Die Rolle wird in einem Einstellungsprozess realisiert. @de

device role
type: Class
label: Rolle eines Gerätes @de
subclass of: role
definition: Rolle, die ein Geräte inne haben kann. @de
isInMinimalProfile: true

age
type: Class
subclass of: quality
deprecated: true
disjoint with: half-life
definition: The age is a quality denoting the temporal interval since a material entity came into existance. TODO: should move to "process characteristic"
isInMinimalProfile: true

half-life
type: Class
subclass of: process attribute
definition: The half-life is a process attribute describing the time it takes for a material entity or a quality of a material entity to reduce its initial value to a half
example: radioactive decay, material degradation
isInMinimalProfile: true

aggregate state
type: Class
subclass of: intensive quality
subclass of: Restriction
  on property: concretizes
  some values from: aggregate state value
subclass of: Restriction
  on property: concretizes
  some values from: aggregate state value
subclass of: Restriction
  on property: concretizes
  some values from: aggregate state value
equivalent class: Restriction
  on class: aggregate state value
  on property: concretizes
  qualified cardinality: 1
equivalent class: Restriction
  on class: aggregate state value
  on property: concretizes
  qualified cardinality: 1
equivalent class: Restriction
  on class: aggregate state value
  on property: concretizes
  qualified cardinality: 1
definition: The aggregate state is a morphological quality representing the physical state of a material, such as solid, liquid, or gas.
isInMinimalProfile: true

aggregate state value
type: Class
subclass of: nature constant
equivalent class: Class
  one of: aggregate state solid
  one of: aggregate state liquid
  one of: aggregate state gasous
  one of: aggregate state plasma
  one of: aggregate state atom gas
  one of: aggregate state supercritical fluid
  one of: aggregate state mesomorphic
  one of: aggregate state suprafluid
  one of: aggregate state suprasolid
equivalent class: Class
  one of: aggregate state solid
  one of: aggregate state liquid
  one of: aggregate state gasous
  one of: aggregate state plasma
  one of: aggregate state atom gas
  one of: aggregate state supercritical fluid
  one of: aggregate state mesomorphic
  one of: aggregate state suprafluid
  one of: aggregate state suprasolid
equivalent class: Class
  one of: aggregate state solid
  one of: aggregate state liquid
  one of: aggregate state gasous
  one of: aggregate state plasma
  one of: aggregate state atom gas
  one of: aggregate state supercritical fluid
  one of: aggregate state mesomorphic
  one of: aggregate state suprafluid
  one of: aggregate state suprasolid
definition: The aggregate state type is a nature constant that concretizes the aggregatge state quality.
isInMinimalProfile: true

aging process
type: Class
label: Alterungsprozess @de
subclass of: manufacturing process
definition: Das Aging oder Auslagern ist ein Anlassvorgang, der den Martensit (Härtungsgefüge) wieder duktil und verformbar macht. Dabei wird ein Agingvorgang genutzt, nämlich die Bildung von Ausscheidungen in Form von FeXCY - Carbiden @de
definition: The process of hardening an alloy by a method that causes a constituent to precipitate from solid solution.
example: The Process of austenitizing and quenching a steel alloy to achieve a martensitic microstructure for hardness increase.

application of mechanical load
type: Class
subclass of: process
definition: An application of mechanical load is the process of applying force or stress to a material to observe its response or measure its properties.

application of elastic impact
type: Class
subclass of: application of mechanical load
definition: An application of (an) elastic impact represents an application of (a) mechanical load describing the process of applying a force or impact to a material to observe its elastic response.

application of electric field
type: Class
subclass of: process
definition: An application of (an) electric field is the process of subjecting a material to an electric field to observe its behavior or modify its properties.

application of heat flux
type: Class
subclass of: process
definition: An application of heat flux describes the process of transferring thermal energy to or from a material, often used in thermal property measurements.

application of magnetic field
type: Class
subclass of: process
definition: An application of (a) magnetic field is the process of subjecting a material to a magnetic field to study its magnetic properties or induce magnetization.

application of substance
type: Class
subclass of: process
definition source: Application Of Substance
definition: The application of (a) substance is the process of applying a material or substance to a surface or within a system.

assembling process
type: Class
label: Assemblierungsprozess @de
subclass of: manufacturing process
definition: A process to mount or demount a component.

atomic force microscope
type: Class
label: Atomkraftmikroskop @de
subclass of: microscope
definition: An Atomic Force Microscope (AFM) is a Measuring Device that maps the surface topography of materials at the nanoscale by scanning it with a mechanical probe.
definition: Ein Atomkraftmikroskop (AFM) ist ein Messgerät, das die Oberflächentopographie von Materialien im Nanobereich durch Abtasten mit einer mechanischen Sonde kartiert. @de

microscope
type: Class
label: Mikroskop @de
subclass of: device
definition: A device used to magnify and view small objects or details that are not visible to the naked eye.
definition: Ein Gerät zur VergröÃerung und Betrachtung kleiner Objekte oder Details, die mit bloÃem Auge nicht sichtbar sind. @de

atomic structure
type: Class
subclass of: object aggregate
definition: The atomic structure is a material structure that describes the arrangement and composition of atoms in a material, influencing its physical and chemical properties.
isInMinimalProfile: true

atomistic monte carlo simulation
type: Class
label: Atomistische Monte Carlo Simulation @de
subclass of: monte carlo simulation
definition: A Monte Carlo Simulation process that focuses on the atomic scale, where the properties and behaviors of materials are modeled by considering individual atoms and their interactions.
definition: Ein Monte Carlo Simulationsprozess, der sich auf die atomare Skala konzentriert, bei dem die Eigenschaften und das Verhalten von Materialien durch die Betrachtung einzelner Atome und ihrer Wechselwirkungen modelliert werden. @de
example: Simulating the behavior of electrons in a new alloy to predict its electrical conductivity.

monte carlo simulation
type: Class
label: Monte Carlo Simulation @de
subclass of: simulation process
definition: A Simulation Process that uses random sampling to solve physical and mathematical problems.
definition: Ein Simulationsprozess, der zufällige Stichproben verwendet, um physikalische und mathematische Probleme zu lösen. @de
example: Predicting the diffusion behavior of atoms in a metal at high temperatures.

bandsaw
type: Class
label: Bandsäge @de
subclass of: saw
definition: A band saw is a type of saw that uses a continuous, endless saw blade in the form of a band. This blade is usually a narrow, flexible steel blade with teeth along one edge. The band saw is mounted in a closed loop and is guided by two wheels, at least one of which is driven. The operation of the band saw enables precise and efficient cuts to be made in a variety of materials, including wood, metal and plastic.
definition: Eine Bandsäge ist eine Art von Säge, die ein kontinuierliches, endloses Sägeblatt in Form eines Bands verwendet. Dieses Sägeblatt ist in der Regel eine schmale, flexible Stahlklinge mit Zähnen entlang einer Kante. Die Bandsäge ist in eine geschlossene Schleife montiert und wird über zwei Räder geführt, von denen mindestens eines angetrieben wird. Die Funktionsweise der Bandsäge ermöglicht präzise und effiziente Schnitte in unterschiedlichen Materialien, einschlieÃlich Holz, Metall und Kunststoff. @de

saw
type: Class
subclass of: cutting device
definition: A saw is a device used to cut materials, especially wood. It usually consists of a thin, sharp metal blade fitted with teeth and a handle or frame that allows the user to guide the saw. There are different types of saws designed for different applications, including handsaws, circular saws, hacksaws and band saws. Each type of saw is designed for specific tasks and materials to enable efficient cutting.
definition: Eine Säge ist ein Gerät, das zum Zerteilen von Materialien, insbesondere von Holz, verwendet wird. Sie besteht in der Regel aus einem dünnen, scharfen Metallblatt, das mit Zähnen versehen ist, und einem Griff oder Rahmen, der es dem Benutzer ermöglicht, die Säge zu führen. Es gibt verschiedene Arten von Sägen, die für verschiedene Anwendungen konzipiert sind, darunter Handsägen, Kreissägen, Bügelsägen und Bandsägen. Jede Art von Säge ist auf bestimmte Aufgaben und Materialien abgestimmt, um effizientes Schneiden zu ermöglichen. @de
definition: Säge @de

bending testing machine
type: Class
label: Biegeversuchmaschine @de
subclass of: device
definition: A device used to test the bending strength and flexibility of materials by applying a load and measuring deformation.
definition: Ein Gerät zur Prüfung der Biegefestigkeit und Flexibilität von Materialien durch Anwendung einer Last und Messung der Verformung. @de

bending testing process
type: Class
label: Biegeprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that measures the resistance of a material to bending forces, determining its flexural strength and stiffness.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das den Widerstand eines Materials gegen Biegekräfte misst und seine Biegefestigkeit und Steifigkeit bestimmt. @de
example: Testing the flexural strength of a plastic beam to ensure it can withstand the required load in an engineering application.

biocompatibility analyzing process
type: Class
label: Analyseverfahren der Biokompatibilität @de
subclass of: biological property analyzing process
definition: A Biological Property Analyzing Process that evaluates the compatibility of a material with living tissues to ensure it does not provoke an adverse biological response.
definition: An example of a biocompatibility analyzing process is an in vitro cell culture test, where cells are cultured in the presence of the implant material to observe any cytotoxic effects, such as changes in cell morphology, proliferation rate, or cell viability.
definition: Ein Biologisches Eigenschaften Analyseverfahren, das die Verträglichkeit eines Materials mit lebenden Geweben bewertet, um sicherzustellen, dass es keine nachteilige biologische Reaktion hervorruft. @de

biological property analyzing process
type: Class
label: Biologische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that examines the interaction of materials with biological systems, including biocompatibility, biodegradability, toxicity, and the effects of materials on living organisms and cells.
definition: Eine Analyse, die die Wechselwirkung von Materialien mit biologischen Systemen untersucht, einschlieÃlich Biokompatibilität, Abbaubarkeit, Toxizität und der Auswirkungen von Materialien auf lebende Organismen und Zellen. @de

blank role
type: Class
label: Rohling-Rolle @de
subclass of: role
definition source: âBlank.â Merriam-Webster.com Dictionary, Merriam-Webster, https://www.merriam-webster.com/dictionary/blank. Accessed 25 Nov. 2022.
definition: Role of an object, which is realized in a preparation process
example: Some portion of material, which to be made into something by a further operation.

boiling point
type: Class
subclass of: phase boundary
definition: The boiling point is a phase boundary described by the temperature at which a liquid changes to a gas under standard atmospheric pressure.
isInMinimalProfile: true

phase boundary
type: Class
subclass of: morphological property
subclass of: Restriction
  on property: responds with
  some values from: change of phase
subclass of: Restriction
  on property: responds with
  some values from: change of temperature
subclass of: Restriction
  on property: stimulated by
  some values from: application of heat flux
subclass of: Restriction
  on property: stimulated by
  some values from: application of mechanical load
subclass of: Restriction
  on property: stimulated by
  some values from: application of substance
subclass of: Restriction
  on property: responds with
  some values from: change of phase
subclass of: Restriction
  on property: responds with
  some values from: change of temperature
subclass of: Restriction
  on property: stimulated by
  some values from: application of heat flux
subclass of: Restriction
  on property: stimulated by
  some values from: application of mechanical load
subclass of: Restriction
  on property: stimulated by
  some values from: application of substance
subclass of: Restriction
  on property: responds with
  some values from: change of phase
subclass of: Restriction
  on property: responds with
  some values from: change of temperature
subclass of: Restriction
  on property: stimulated by
  some values from: application of heat flux
subclass of: Restriction
  on property: stimulated by
  some values from: application of mechanical load
subclass of: Restriction
  on property: stimulated by
  some values from: application of substance
definition: A phase boundary is a morphological property denoting the interface between two distinct phases of a material, such as solid-liquid or liquid-gas boundaries.
isInMinimalProfile: true

Brinell 2.5 62.5 ISO 6506
type: Class
subclass of: brinell hardness
definition: A Brinell Hardness measured with 2.5mm diameter ball and a load of 62.5 kgf.
isInMinimalProfile: true

brinell hardness
type: Class
subclass of: indentation hardness
definition: The Brinell hardness is a scalar representing a measure of material hardness obtained by indenting the material with a steel or tungsten carbide ball under a specific load.
isInMinimalProfile: true

indentation hardness
type: Class
subclass of: hardness
definition: The indentation hardness is a hardness representing the resistance of a material to deformation from an indenter, used to assess surface hardness.
isInMinimalProfile: true

bulk
type: Class
subclass of: fiat object part
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
  on property: part of
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
  on property: part of
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
  on property: part of
disjoint with: surface layer (fiat object part)
definition: The bulk is a fiat object part that describes the volume or mass of material considered as a whole, often in contrast to surface or interface phenomena.
isInMinimalProfile: true

surface layer (fiat object part)
type: Class
subclass of: fiat object part
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
  on property: part of
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
  on property: part of
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
  on property: part of
definition: A surface layer (fiat object part) is a fiat object part that is part of only object. The surface layer is the three dimensional region defining the outermost layer of an object, where surface-interactions with other material entities occur. What is considered as the surface is thus defined by the interaction process.
example: When considering optical properties of a surface layer (fiat object part) of a polished piece of metal we likely consider a different three dimensional spatial region than when considering the scratch hardness properties of the same polished piece of metal.
isInMinimalProfile: true

bulk modulus
type: Class
subclass of: elastic modulus
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
    union of: bulk
  on property: characteristic of
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
    union of: bulk
  on property: characteristic of
subclass of: Restriction
  all values from: Class
    union of: object aggregate
    union of: object
    union of: bulk
  on property: characteristic of
definition: The bulk modulus is an elastic modulus representing a measure of a material's resistance to uniform compression.
isInMinimalProfile: true

elastic modulus
type: Class
subclass of: stiffness
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: object aggregate
    union of: object
    union of: bulk
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: object aggregate
    union of: object
    union of: bulk
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: object aggregate
    union of: object
    union of: bulk
definition: An elastic modulus is a measure of a material's stiffness, defined as the ratio of stress to strain in the elastic deformation region.
isInMinimalProfile: true

burning
type: Class
label: Brennen @de
subclass of: changing properties of material
alternative label: Firing
definition: A changing the properties of material process that involves burning typically refers to the application of high heat, often resulting in combustion or thermal degradation, to alter the physical or chemical properties of a material, leading to changes like hardening, alteration in chemical composition, or reduction in mass,
definition: Ein Stoffeigenschaftsänderungsprozess, der das Brennen beinhaltet, bezieht sich in der Regel auf die Anwendung groÃer Hitze, die oft zu einer Verbrennung oder thermischen Zersetzung führt, um die physikalischen oder chemischen Eigenschaften eines Materials zu verändern, was zu Veränderungen wie Härtung, Ãnderung der chemischen Zusammensetzung oder Verringerung der Masse führt, @de
example: Firing in Pottery

changing properties of material
type: Class
label: Stoffeigenschaft Ãndern @de
subclass of: manufacturing process
definition source: Official definition can be found in: DIN 8580:2003-9 Fertigungsverfahren, Page 5, 3.1.6 Stoffeigenschaften ändern - Definition
definition source: Offizielle Definition findet man in: DIN 8580:2003-9 Fertigungsverfahren, Seite 5, 3.1.6 Stoffeigenschaften ändern - Definition @de
alternative label: Changing Of Material Properties
alternative label: Property Alteration
definition: A manufacturing process that modifies the characteristics of the material from which a workpiece is made, including by processes at the submicroscopic or atomic scale, such as atomic diffusion, dislocation formation and movement in the atomic lattice or chemical reactions, whereby the resulting shape changes are not characteristic of these processes.
definition: Ein Herstellungsprozess, der die Merkmale des Materials, aus dem ein Werkstück gefertigt ist, modifiziert, was unter anderem durch Vorgänge im submikroskopischen oder atomaren Bereich erfolgt, wie etwa durch Atomdiffusion, die Versetzungsentstehung und -bewegung im Atomgitter oder durch chemische Reaktionen, wobei die dabei auftretenden Formveränderungen nicht charakteristisch für diese Verfahren sind. @de
example: Heat Treatment

cnc machine
type: Class
label: CNC-Maschine @de
subclass of: forming machine
definition: A CNC Machine is a Forming Machine that uses computer numerical control to precisely control machining tools for cutting, drilling, milling, and other tasks.
definition: Eine CNC-Maschine ist eine Formmaschine, die zur präzisen Steuerung von Bearbeitungswerkzeugen für Schneid-, Bohr-, Fräs- und andere Aufgaben computergestützte numerische Steuerung verwendet. @de

forming machine
type: Class
label: Formmaschine @de
subclass of: device
definition: A device used for shaping materials under various conditions, including tensile, compressive, and shearing.
definition: Ein Gerät zur Formgebung von Materialien unter verschiedenen Bedingungen, einschlieÃlich Zug-, Druck- und Scherbedingungen. @de

cnc welding machine
type: Class
label: CNC-SchweiÃmaschine @de
subclass of: cnc machine
subclass of: welding device
definition: A CNC Welding Machine is a Device that performs welding operations controlled by a computer numerical control system.
definition: Eine CNC-SchweiÃmaschine ist ein Gerät, das SchweiÃoperationen durch ein computergesteuertes System ausführt. @de

welding device
type: Class
label: SchweiÃgerät @de
subclass of: device
definition: A device used for joining materials by melting them together, typically with the addition of a filler material.
definition: Ein Gerät zum Verbinden von Materialien durch Schmelzen, üblicherweise unter Zugabe eines Füllmaterials. @de

calibration device role
type: Class
label: Kalibrierungsgeräterolle @de
subclass of: device role
definition: Role of a device that is used for calibration of itself or another device, which has the "Subject Of Calibration Role". The role is realized in a calibration process.
definition: Rolle eines Geräts, das zum Kalibirieren sich selbst oder eines anderen Gerätes, das die "Subject Of Calibration Role" inne hat, verwendet wird. Die Rolle wird in einem Kalibrierungsprozess realisiert. @de
isInMinimalProfile: true

caliper
type: Class
label: Messschieber @de
subclass of: device
definition source: https://www.merriam-webster.com/dictionary/caliper
definition: A measuring device having two usually adjustable arms, legs, or jaws used especially to measure the dimensions of objects, such as diameters or thicknesses
definition: Messgerät mit zwei in der Regel verstellbaren Armen, Schenkeln oder Klemmbacken, das vor allem zur Messung der Abmessungen von Gegenständen, wie z. B. des Durchmessers oder der Dicke, verwendet wird @de

ceramic
type: Class
subclass of: engineered material
editor note: Classified by morphology.
definition: Ceramics are engineered materials described as non-metallic, inorganic materials characterized by high hardness, brittleness, and heat resistance, commonly used in engineering applications.
isInMinimalProfile: true

change of aggregate state
type: Class
subclass of: change of phase
definition: A change of aggregate state is a phase transition (change of phase) involving the collective state of particles in a material, such as melting or condensation.
isInMinimalProfile: true

change of phase
type: Class
subclass of: process
definition: A change of phase is a process describing the transition of a material from one state of matter to another, such as from solid to liquid or liquid to gas.

change of temperature
type: Class
subclass of: process
definition: A change of temperature is a process describing the variation in thermal energy within a material or system over time or due to external influences.
isInMinimalProfile: true

chemical composition
type: Class
subclass of: intensive quality
definition: The chemical composition is a morphological quality describing the types and proportions of elements or compounds present in a material.
isInMinimalProfile: true

chemical composition analyzing process
type: Class
label: Analyseverfahren für die chemische Zusammensetzung @de
subclass of: structural property analyzing process
definition: A Structural Property Analyzing Process that determines the chemical composition of a material by identifying and quantifying its constituent elements and compounds.
definition: Ein Struktur Eigenschaften Analyseverfahren, das die chemische Zusammensetzung eines Materials bestimmt, indem es dessen Bestandteile und Verbindungen identifiziert und quantifiziert. @de

structural property analyzing process
type: Class
label: Struktur Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that examines the external and internal structure and morphology of materials, including the arrangement of atoms, crystals, grains, and phases, often using techniques like microscopy and diffraction.
definition: Eine Analyse, die die äuÃere und innere Struktur und Morphologie von Materialien untersucht, einschlieÃlich der Anordnung von Atomen, Kristallen, Körnern und Phasen, oft unter Verwendung von Techniken wie Mikroskopie und Beugung. @de

chemical potential
type: Class
subclass of: extensive quality
definition: The chemical potential is a thermodynamic quality describing the energy change associated with the addition of a small quantity of a substance to a system at constant temperature and pressure.
isInMinimalProfile: true

extensive quality
type: Class
subclass of: quality
definition: An extensive quality is a qualty that inheres in only object or object aggregate or fiat object part or chemical entity and is dependent on the bearers (system-) size.
isInMinimalProfile: true

chemical property analyzing process
type: Class
label: Chemische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that determines the chemical composition, reactivity, and chemical stability of materials, including the identification and quantification of chemical elements and compounds.
definition: Eine Analyse, die die chemische Zusammensetzung, Reaktivität und chemische Stabilität von Materialien bestimmt, einschlieÃlich der Identifizierung und Quantifizierung chemischer Elemente und Verbindungen. @de

chromatography function
type: Class
label: Chromatographiefunktion @de
subclass of: function
definition: A function performed to separate compounds in a mixture based on their distribution between a stationary phase and a mobile phase.
definition: Eine Funktion, die durchgeführt wird, um Verbindungen in einer Mischung basierend auf ihrer Verteilung zwischen einer stationären Phase und einer mobilen Phase zu trennen. @de
isInMinimalProfile: true

chromatography process
type: Class
label: Chromatographieverfahren @de
subclass of: structural property analyzing process
definition: A Structural Property Analyzing Process that enables the separation and analysis of compounds in a mixture by their distribution between a mobile and a stationary phase.
definition: Ein Struktur Eigenschaften Analyseverfahren, das die Trennung und Analyse von Verbindungen in einem Gemisch durch ihre Verteilung zwischen einer mobilen und einer stationären Phase ermöglicht. @de

chromatography system
type: Class
label: Chromatographiesystem @de
subclass of: device
definition: A device used for separating mixtures into individual components using a chromatographic column and a mobile phase.
definition: Ein Gerät zur Trennung von Gemischen in einzelne Komponenten unter Verwendung einer chromatographischen Säule und einer mobilen Phase. @de

circular saw
type: Class
label: Kreissäge @de
subclass of: saw
definition: Die Kreissäge ist eine elektrische oder motorisierte Säge, die durch ein rundes, kreisförmiges Sägeblatt angetrieben wird. Das Sägeblatt einer Kreissäge ist mit Zähnen entlang seines Randes ausgestattet, die dazu dienen, das Material zu schneiden, wenn es in die Säge eingespeist wird. Kreissägen sind vielseitige Werkzeuge und können für verschiedene Materialien wie Holz, Metall, Kunststoff und sogar Gestein verwendet werden, abhängig vom spezifischen Sägeblatt, das installiert ist. @de
definition: The circular saw is an electric or motorized saw that is powered by a round, circular saw blade. The blade of a circular saw is equipped with teeth along its edge that are used to cut the material as it is fed into the saw. Circular saws are versatile tools and can be used for different materials such as wood, metal, plastic and even rock, depending on the specific saw blade that is installed.

circular table saw
type: Class
label: Tischkreissäge @de
subclass of: circular saw
definition: A stationary circular saw that is built into a table top. It is often used in workshops for precise wood cuts.
definition: Eine stationäre Kreissäge, die in eine Tischplatte eingebaut ist. Sie wird oft in Werkstätten für präzise Holzschnitte verwendet. @de

cleaning
type: Class
label: Reinigen @de
subclass of: separating
definition source: Official definition can be found in: DIN 8592
definition source: Offizielle Definition findet man in: DIN 8592 @de
definition: A Seperating process that involves removing unwanted material from a surface through cleaning methods, which may include processes like blasting, washing, or chemical cleaning.
definition: Ein Trennprozess, bei dem unerwünschtes Material von einer Oberfläche durch Reinigungsmethoden entfernt wird, die Verfahren wie Strahlen, Waschen oder chemische Reinigung umfassen können. @de
example: Chemical Cleaning, Mechanical Cleaning

separating
type: Class
label: Trennen @de
subclass of: manufacturing process
subclass of: Restriction
  on property: realizes
  some values from: cut function
subclass of: Restriction
  on property: realizes
  some values from: cut function
subclass of: Restriction
  on property: realizes
  some values from: cut function
definition source: Official definition can be found in: DIN 8580:2003-9 Fertigungsverfahren, Page 4, 3.1.3 Trennen - Definition
equivalent class: Class
  intersection of: manufacturing process
  intersection of: Restriction
    on property: realizes
    some values from: cut function
equivalent class: Class
  intersection of: manufacturing process
  intersection of: Restriction
    on property: realizes
    some values from: cut function
equivalent class: Class
  intersection of: manufacturing process
  intersection of: Restriction
    on property: realizes
    some values from: cut function
definition: A manufacturing process in which the bond between objects is broken, resulting in a partial or complete reduction in cohesion.
definition: Ein Herstellungsprozess, bei dem die Bindung zwischen Objekten aufgehoben wird, was zu einer teilweisen oder vollständigen Verringerung der Kohäsion führt. @de
example: Disassembling, Removal
abbreviation: Cutting

cleaning device
type: Class
label: Reinigungsgerät @de
subclass of: device
definition: A device used for removing contaminants from materials or surfaces.
definition: Ein Gerät zum Entfernen von Verunreinigungen von Materialien oder Oberflächen. @de

coarse grained simulation
type: Class
label: Coarse Grained Simulation @de
subclass of: multiscale simulation
definition: Ein Multiskalensimulation Prozess, der das System vereinfacht, indem Atome oder Moleküle zu gröÃeren Partikeln zusammengefasst werden, wodurch die Rechenkomplexität verringert wird und die Untersuchung gröÃerer Systeme oder längerer Zeitskalen ermöglicht wird. @de
definition: multiscale simulation process that simplifies the system by grouping atoms or molecules into larger particles, thereby reducing computational complexity and allowing for the study of larger systems or longer time scales
example: In materials science, coarse-grained simulations are often used to study the mechanical properties of polymers. For instance, in the simulation of polymer chains, each segment of the chain might represent a group of several monomers, rather than modeling every single atom. This approach allows researchers to investigate the behavior of polymeric materials over larger scales and longer time periods, such as the viscoelastic properties of a polymer melt.

multiscale simulation
type: Class
label: Multiskalensimulation @de
subclass of: simulation process
definition: A Simulation Process that integrates models at different scales to study a system's behavior.
definition: Ein Simulationsprozess, der Modelle auf verschiedenen Skalen integriert, um das Verhalten eines Systems zu untersuchen. @de
example: Studying the interaction between microstructural and macroscopic properties in metallic alloys.

coating
type: Class
label: Beschichten @de
subclass of: manufacturing process
definition source: Official definition can be found in: DIN 8580:2003-9 Fertigungsverfahren, Page 5, 3.1.5 Beschichten - Definition
definition source: Offizielle Definition findet man in: DIN 8580:2003-9 Fertigungsverfahren, Seite 5, 3.1.5 Beschichten - Definition @de
definition: A manufacturing process that aims to deposit a permanently adhering layer of a material without a form onto a workpiece, whereby the immediate state of the coating material directly before application is essential.
definition: Ein Herstellungsprozess, der darauf abzielt, eine dauerhaft haftende Schicht aus einem Material ohne Form auf ein Werkstück aufzubringen, wobei der unmittelbare Zustand des Beschichtungsmaterials direkt vor dem Auftragen entscheidend ist. @de
example: Chemical Vapour Deposition, Physical Vapour Deposition

coating application function
type: Class
label: Beschichtungsanwendungsfunktion @de
subclass of: coating function
definition: A subfunction of coating performed to apply a coating to a surface.
definition: Eine Unterfunktion der Beschichtung, die durchgeführt wird, um eine Beschichtung auf eine Oberfläche aufzutragen. @de
isInMinimalProfile: true

coating function
type: Class
label: Beschichtungsfunktion @de
subclass of: function
definition: A function performed to apply a layer or coating to a surface to enhance its properties or appearance.
definition: Eine Funktion, die ausgeführt wird, um eine Schicht oder Beschichtung auf eine Oberfläche aufzutragen, um deren Eigenschaften oder Aussehen zu verbessern. @de
isInMinimalProfile: true

coating by soldering
type: Class
label: Beschichten Durch Löten @de
subclass of: coating
definition: A Coating process that involves applying a coating using soldering techniques.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung mittels Löten beinhaltet. @de
example: Applying a protective solder layer on electronic circuit boards.

coating by welding
type: Class
label: Beschichten Durch Schweissen @de
subclass of: coating
definition: A Coating process that involves applying a coating using welding techniques.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung mittels SchweiÃen beinhaltet. @de
example: Cladding a metal surface with a corrosion-resistant alloy using weld overlay.

coating device
type: Class
label: Beschichtungsgerät @de
subclass of: device
definition: A device used for applying a coating or layer to materials to enhance their properties or appearance.
definition: Ein Gerät zum Auftragen einer Beschichtung oder Schicht auf Materialien zur Verbesserung ihrer Eigenschaften oder ihres Aussehens. @de

coating from the gaseous or vapour state
type: Class
label: Beschichten Aus Dem Gasförmigen Oder Dampfförmigen Zustand @de
subclass of: coating
alternative label: Vakuumbeschichten @de
definition: A Coating process that involves applying a coating from a gaseous or vapor state.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung aus einem gasförmigen oder dampfförmigen Zustand beinhaltet. @de
example: Applying a thin film of material using chemical vapor deposition (CVD).

coating from the granular or powdery state
type: Class
label: Beschichten Aus Dem Körnigen Oder Pulverförmigen Zustand @de
subclass of: coating
definition: A Coating process that involves applying a coating from a granular or powdery state.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung aus einem körnigen oder pulverförmigen Zustand beinhaltet. @de
example: Powder coating of metal parts.

coating from the ionized state
type: Class
label: Beschichten Aus Dem Ionisierten Zustand @de
subclass of: coating
definition: A Coating process that involves applying a coating from an ionized state.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung aus einem ionisierten Zustand beinhaltet. @de
example: Plasma spraying of ceramic coatings.

coating from the liquid state
type: Class
label: Beschichten Aus Dem Flüssigen Zustand @de
subclass of: coating
definition: A Coating process that involves applying a coating from a liquid state.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung aus einem flüssigen Zustand beinhaltet. @de
example: Electroplating of metals.

coating from the plastic state
type: Class
label: Beschichten Aus Dem Plastischen Zustand @de
subclass of: coating
definition: A Coating process that involves applying a coating from a plastic state.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung aus einem plastischen Zustand beinhaltet. @de
example: Applying a plastic film through hot melt coating.

coating from the pulpy or pasty state
type: Class
label: Beschichten Aus Dem Breiigen Oder Pastösen Zustand @de
subclass of: coating
definition: A Coating process that involves applying a coating from a pulpy or pasty state.
definition: Ein Beschichtungsprozess, der das Auftragen einer Beschichtung aus einem breiigen oder pastösen Zustand beinhaltet. @de
example: Painting, a protective layer of plaster on walls.

colorimeter
type: Class
label: Farbmessgerät @de
subclass of: device
definition: A device used to measure the color of a sample, often used in quality control and material analysis.
definition: Ein Gerät zur Messung der Farbe einer Probe, häufig verwendet in der Qualitätskontrolle und Materialanalyse. @de

composite material
type: Class
subclass of: Class
  intersection of: engineered material
  intersection of: Class
    intersection of: Restriction
      on property: consists of
      some values from: Class
        intersection of: engineered material
        intersection of: Restriction
    intersection of: Restriction
      on property: consists of
      some values from: Class
        intersection of: engineered material
        intersection of: Restriction
subclass of: Class
  intersection of: engineered material
  intersection of: Class
    intersection of: Restriction
      on property: consists of
      some values from: Class
        intersection of: engineered material
        intersection of: Restriction
    intersection of: Restriction
      on property: consists of
      some values from: Class
        intersection of: engineered material
        intersection of: Restriction
subclass of: Class
  intersection of: engineered material
  intersection of: Class
    intersection of: Restriction
      on property: consists of
      some values from: Class
        intersection of: engineered material
        intersection of: Restriction
    intersection of: Restriction
      on property: consists of
      some values from: Class
        intersection of: engineered material
        intersection of: Restriction
definition: A Composite Material is an Engineered Material that 'consists of' some Material that has a Matrix role and of some Material that has a Filler role.
isInMinimalProfile: true

matrix role
type: Class
subclass of: role
definition: Matrix is the role of a PortionOfConnectedMatter that implies to host the Filler.
isInMinimalProfile: true

filler role
type: Class
subclass of: role
definition: Filler is the role of a PortionOfDisconnectedMatter that implies being hosted in a Matrix.
isInMinimalProfile: true

compounding
type: Class
label: Zusammensetzen @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-1
definition source: Offizielle Definition findet man in: DIN 8593-1 @de
alternative label: Putting Together
definition: A joining process that involves assembling various components or sub-assemblies to form a complex unit, commonly used in manufacturing processes where multiple parts are put together to create a final product.
definition: Ein Füge Prozess, bei dem verschiedene Komponenten oder Unterbaugruppen zu einer komplexen Einheit zusammengefügt werden. Es wird üblicherweise in Fertigungsprozessen verwendet, bei denen mehrere Teile zu einem Endprodukt zusammengefügt werden. @de
example: Interlocking, Layering

joining
type: Class
label: Fügen @de
subclass of: manufacturing process
definition source: Official definition can be found in: DIN 8580:2003-9 Fertigungsverfahren, Page 5, 3.1.4 Fügen - Definition & DIN 8593-0
definition source: Offizielle Definition findet man in: DIN 8580:2003-9 Fertigungsverfahren, Seite 5, 3.1.4 Fügen - Definition & DIN 8593-0 @de
definition: A manufacturing process that enables the continuous bonding or joining of two or more workpieces with a specific, fixed shape or of such workpieces with a shapeless material, whereby the cohesion is created at specific points and reinforced overall.
definition: Ein Herstellungsprozess, der das dauerhafte Verbinden oder das Zusammenfügen von zwei oder mehr Werkstücken mit spezifischer, fester Form oder von solchen Werkstücken mit einem formlosen Material ermöglicht, wobei der Zusammenhalt an spezifischen Stellen erzeugt und insgesamt verstärkt wird. @de
example: Joining By Welding, Assembling

compounding machine
type: Class
label: Compoundiermaschine @de
subclass of: device
definition: A device used for mixing or compounding materials to achieve desired properties.
definition: Ein Gerät zur Mischung oder Compoundierung von Materialien, um gewünschte Eigenschaften zu erreichen. @de

compression testing machine
type: Class
label: Druckprüfmaschine @de
subclass of: device
definition: A device used to test the compressive strength of materials by applying a compressive force.
definition: Ein Gerät zur Prüfung der Druckfestigkeit von Materialien durch Anwendung einer Druckkraft. @de

compression testing process
type: Class
label: Druckprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Processs that determines a material's behavior under compressive forces, measuring its compressive strength and modulus.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das das Verhalten eines Materials unter Druckkräften bestimmt und seine Druckfestigkeit und seinen Druckmodul misst. @de
example: Compression testing of concrete samples to ensure they meet the required strength standards for construction.

computing device
type: Class
label: Computer @de
subclass of: device
definition: A computing system that provides an execution environment for, e.g., simulation processes or prediction models. A computing system can be virtual (e.g., a container or virtual machine) or physical (e.g., a bare-metal servers), uses digital representations of objects as inputs and produces digital measurements, such as simulation results or predictions, as outputs.
definition: Ein Rechnersystem, das eine Ausführungsumgebung bspw. für Simulationsprozesse oder Vorhersagemodelle bereitstellt. Ein Rechenknoten kann virtuell (bspw. ein Container oder eine virtuelle Maschine) oder physisch (z. B. ein Bare-Metal-Server) ausgestaltet sein und verwendet in der Regel digitale Repräsentationen von Objekten als Eingaben und erzeugt digitale Messungen, wie z.B. Simulationsergebnisse oder Vorhersagen, als Ausgaben. @de

conditioning process
type: Class
label: Konditionierungsprozess @de
subclass of: manufacturing process
definition: Diese Aktivität beschreibt den Prozess und die MaÃnahmen, die ergriffen werden, um einen materiellen Gegenstand auf vordefinierte Umgebungsbedingungen einzustellen. @de
definition: This activity describes the process of and the measures taken to set a tangible object to pre-defined environmental conditions.

continuous simulation
type: Class
subclass of: simulation method specification
definition: a simulation approach where changes in a system are modeled continuously over time.
isInMinimalProfile: true

simulation method specification
type: Class
subclass of: plan specification
definition: A plan specification that specifies the method of creating a computational or physical model to replicate the behavior of a material or system under specific conditions.
isInMinimalProfile: true

corpuscular irradiation
type: Class
subclass of: irradiation process
definition: The corpuscular irradiation is an irradiation describing the exposure of a material to streams of particles, such as electrons or ions.

irradiation process
type: Class
subclass of: process
definition: An irradiation process is a process in which a radiation source (bearing a stimulus role) emits radiation towards a material entity (bearing the target role)

crack growth
type: Class
subclass of: evolution of damage
definition: The crack growth is an evolution of damage describing the progressive extension of a crack in a material under stress.
isInMinimalProfile: true

evolution of damage
type: Class
subclass of: process
definition: An evolution of damage is a process representing the progression of material degradation under mechanical, thermal, or chemical stresses.
isInMinimalProfile: true

creep testing machine
type: Class
label: Kriechprüfmaschine @de
subclass of: device
definition: A device used to test the creep behavior of materials under constant stress at high temperatures.
definition: Ein Gerät zur Prüfung des Kriechverhaltens von Materialien unter konstanter Belastung bei hohen Temperaturen. @de

creep testing process
type: Class
label: Kriechprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that evaluates a material's deformation over time under constant stress and temperature, determining its creep behavior.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Verformung eines Materials über die Zeit unter konstanter Belastung und Temperatur bewertet und sein Kriechverhalten bestimmt. @de
example: Creep testing of turbine blades to ensure they can withstand prolonged high temperatures without deforming.

cryogenic freezer
type: Class
label: Kryogefrierschrank @de
subclass of: temperature change device
definition: A Cryogenic Freezer is a Temperature Change Device that preserves materials at extremely low temperatures, often below -150°C.
definition: A device used to preserve materials at extremely low temperatures, typically below -150°C.
definition: Ein Gerät, das verwendet wird, um Materialien bei extrem niedrigen Temperaturen zu konservieren, typischerweise unter -150°C. @de
definition: Ein Kryogefrierschrank ist ein Temperaturwechselgerät, das Materialien bei extrem niedrigen Temperaturen konserviert, oft unter -150°C. @de

temperature change device
type: Class
label: Temperaturänderungswerkzeug @de
subclass of: device
definition: A device that is used for the alteration and adjustment of the temperature of a tangible object or the environment, e.g., a furnace and cooling media.
definition: Diese Entität beschreibt allgemein jedes Werkzeug, das zur Ãnderung und Einstellung der Temperatur eines materiellen Objekts oder der Umgebung verwendet wird, z. B. einen Ofen und Kühlmittel. @de

crystal structure
type: Class
subclass of: intensive quality
subclass of: Restriction
  on property: concretizes
  some values from: bravais lattice (3d)
subclass of: Restriction
  on property: concretizes
  some values from: bravais lattice (3d)
subclass of: Restriction
  on property: concretizes
  some values from: bravais lattice (3d)
equivalent class: Restriction
  on class: bravais lattice (3d)
  on property: concretizes
  qualified cardinality: 1
equivalent class: Restriction
  on class: bravais lattice (3d)
  on property: concretizes
  qualified cardinality: 1
equivalent class: Restriction
  on class: bravais lattice (3d)
  on property: concretizes
  qualified cardinality: 1
definition: The crystal structure is a morphologic quality that describes the periodic geometric arrangement of entities in a crystalline material. The finite set of periodic geometric arrangements is described by the 14 possible Bravais Lattices in three-dimensional space.
isInMinimalProfile: true

bravais lattice (3d)
type: Class
subclass of: nature constant
equivalent class: Class
  one of: bravais lattice triclinic primitve
  one of: bravais lattice monoclinic primitive
  one of: bravais lattice monoclinic base-centered
  one of: bravais lattice orthorombic primitive
  one of: bravais lattice orthorhombic base-centered
  one of: bravais lattice orthorhombic body-centered
  one of: bravais lattice orthorhombic face-centered
  one of: bravais lattice tetragonal primitive
  one of: bravais lattice tetragonal body-centered
  one of: bravais lattice hexagonal rhombohedral primitive
  one of: bravais lattice hexagonal hexagonal primitive
  one of: bravais lattice cubic primitive
  one of: bravais lattice cubic body-centered
  one of: bravais lattice cubic face-centered
equivalent class: Class
  one of: bravais lattice triclinic primitve
  one of: bravais lattice monoclinic primitive
  one of: bravais lattice monoclinic base-centered
  one of: bravais lattice orthorombic primitive
  one of: bravais lattice orthorhombic base-centered
  one of: bravais lattice orthorhombic body-centered
  one of: bravais lattice orthorhombic face-centered
  one of: bravais lattice tetragonal primitive
  one of: bravais lattice tetragonal body-centered
  one of: bravais lattice hexagonal rhombohedral primitive
  one of: bravais lattice hexagonal hexagonal primitive
  one of: bravais lattice cubic primitive
  one of: bravais lattice cubic body-centered
  one of: bravais lattice cubic face-centered
equivalent class: Class
  one of: bravais lattice triclinic primitve
  one of: bravais lattice monoclinic primitive
  one of: bravais lattice monoclinic base-centered
  one of: bravais lattice orthorombic primitive
  one of: bravais lattice orthorhombic base-centered
  one of: bravais lattice orthorhombic body-centered
  one of: bravais lattice orthorhombic face-centered
  one of: bravais lattice tetragonal primitive
  one of: bravais lattice tetragonal body-centered
  one of: bravais lattice hexagonal rhombohedral primitive
  one of: bravais lattice hexagonal hexagonal primitive
  one of: bravais lattice cubic primitive
  one of: bravais lattice cubic body-centered
  one of: bravais lattice cubic face-centered
definition: The Bravais Lattice is a nature constant that describes the possible geometric arrangement of lattice points in a crystal. The present descriptor is limited to the 14 possible three-dimensional arrangements. TODO: possibly extend for 2D (Graphene etc) More elaborate crystal descriptions may be found in http://emmo.info/domain-crystallography/crystallography or https://purls.helmholtz-metadaten.de/disos/cso
isInMinimalProfile: true

cut function
type: Class
label: Trennen Funktion @de
subclass of: function
alternative label: Schneidfunktion @de
definition: A function performed to separate or divide materials using cutting devices.
definition: Eine Funktion, die ausgeführt wird, um Materialien mit Schneidgeräten zu trennen oder zu teilen. @de
isInMinimalProfile: true

deep learning
type: Class
label: Deep Learning @de
subclass of: simulation process
definition: A Simulation Process that employs artificial neural networks with many layers to model complex patterns in data.
definition: Ein Simulationsprozess, der künstliche neuronale Netze mit vielen Schichten verwendet, um komplexe Muster in Daten zu modellieren. @de
example: Using deep learning to predict the formation of defects in crystalline materials.
abbreviation: DL

defect density
type: Class
subclass of: intensive quality
definition: The defect density is a morphological quality describing the number of defects per unit volume or area in a material, which can affect its mechanical and electronic properties.
isInMinimalProfile: true

deformation
type: Class
subclass of: process
definition: The deformation is a process describing a change in the shape, size, or structure of a material under the influence of stress or force.
isInMinimalProfile: true

density
type: Class
subclass of: intensive quality
definition: The density is a universal intensive quality representing the unit mass of a portion of matter per unit volume.
isInMinimalProfile: true

department
type: Class
label: Abteilung @de
subclass of: organization
subclass of: Restriction
  on property: has role
  some values from: department role
subclass of: Restriction
  on property: has role
  some values from: department role
subclass of: Restriction
  on property: has role
  some values from: department role
equivalent class: Class
  intersection of: organization
  intersection of: Restriction
    on property: has role
    some values from: department role
equivalent class: Class
  intersection of: organization
  intersection of: Restriction
    on property: has role
    some values from: department role
equivalent class: Class
  intersection of: organization
  intersection of: Restriction
    on property: has role
    some values from: department role
definition: Organization that it a distinct part of an organization, typically responsible for a specific area of activity, function, or expertise, and organized under a designated leader or head to carry out its duties in alignment with the broader goals and policies of the organization.
isInMinimalProfile: true

department role
type: Class
comment: This role is also an indication that an organization is a sub section of another organization.
subclass of: role
definition: A department role is a role describing a personal function or position within an organization that defines responsibilities or activities in a specified context.
isInMinimalProfile: true

deteriorative property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: has realization
  some values from: application of substance
subclass of: Restriction
  on property: has realization
  some values from: application of substance
subclass of: Restriction
  on property: has realization
  some values from: application of substance
definition: The deteriorative property is a material property representing characteristics that describe the susceptibility of a material to degradation over time.
isInMinimalProfile: true

deterministic simulation
type: Class
subclass of: simulation method specification
definition: a simulation approach where outcomes are precisely determined through known relationships without random variability.
isInMinimalProfile: true

dielectric constant
type: Class
subclass of: electrical property
disjoint with: electrical conductivity
definition: The dielectric constant is an electrical property representing a measure of a material's ability to store electrical energy in an electric field.
isInMinimalProfile: true

electrical property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: stimulated by
  some values from: application of electric field
subclass of: Restriction
  on property: stimulated by
  some values from: application of electric field
subclass of: Restriction
  on property: stimulated by
  some values from: application of electric field
definition: An electrical property is a material property that represents the characteristics of a material that determine its behavior under the influence of an electric field, such as conductivity, resistivity, and permittivity.
isInMinimalProfile: true

electrical conductivity
type: Class
subclass of: electrical property
definition: The electrical conductivity is an electrical property describing the ability of a material to conduct electric current, influenced by its structure and composition.
isInMinimalProfile: true

differential scanning calorimeter
type: Class
label: Differential-Scanning-Kalorimeter @de
subclass of: device
definition: A device used to measure the heat flow associated with phase transitions in a sample as a function of temperature.
definition: Ein Gerät zur Messung des Wärmeflusses, der mit Phasenübergängen in einer Probe in Abhängigkeit von der Temperatur verbunden ist. @de

differential scanning calorimetry process
type: Class
label: Dynamische Differenzkalorimetrie-Verfahren @de
subclass of: thermal property analyzing process
definition: A Thermal Property Analyzing Process that measures the heat flow into or out of a material as it is heated, cooled, or held at a constant temperature, determining its thermal transitions such as melting, crystallization, and glass transitions.
definition: Ein Thermische Eigenschaften Analyseverfahren, das den Wärmestrom in oder aus einem Material misst, während es erhitzt, gekühlt oder bei konstanter Temperatur gehalten wird, um seine thermischen Ãbergänge wie Schmelzen, Kristallisation und Glasübergänge zu bestimmen. @de
example: Differential scanning calorimetry of a polymer to determine its melting temperature and crystallization behavior.
abbreviation: DSC

thermal property analyzing process
type: Class
label: Thermische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that measures the thermal behavior of materials, including heat capacity, thermal conductivity, thermal expansion, and phase transitions in response to temperature changes.
definition: Eine Analyse, die das thermische Verhalten von Materialien misst, einschlieÃlich Wärmekapazität, Wärmeleitfähigkeit, thermischer Ausdehnung und Phasenübergängen in Reaktion auf Temperaturänderungen. @de

differential thermal analysis process
type: Class
label: Differenzthermoanalyse-Verfahren @de
subclass of: thermal property analyzing process
definition: A Thermal Property Analyzing Process that measures the temperature difference between a sample and a reference material as they are subjected to a controlled temperature program, identifying phase transitions and reactions.
definition: Ein Thermische Eigenschaften Analyseverfahren, das die Temperaturdifferenz zwischen einer Probe und einem Referenzmaterial misst, während sie einem kontrollierten Temperaturprogramm unterzogen werden, um Phasenübergänge und Reaktionen zu identifizieren. @de
example: Differential thermal analysis of a ceramic material to identify its phase transition temperatures and reaction kinetics.
abbreviation: DTA

differential thermal analyzer
type: Class
label: Differentialthermometer @de
subclass of: device
definition: A device used to measure the temperature difference between a sample and a reference material as they are heated or cooled.
definition: Ein Gerät zur Messung des Temperaturunterschieds zwischen einer Probe und einem Referenzmaterial beim Erhitzen oder Abkühlen. @de

dimension measuring function
type: Class
label: Dimensionierungsfunktion @de
subclass of: measuring function
definition: A subfunction of measuring performed to determine the dimensions of an object or material.
definition: Eine Unterfunktion des Messens, die durchgeführt wird, um die Abmessungen eines Objekts oder Materials zu bestimmen. @de
isInMinimalProfile: true

measuring function
type: Class
label: Messfunktion @de
subclass of: function
definition: A function performed to determine the magnitude, quantity, or extent of a physical property or condition.
definition: Eine Funktion, die durchgeführt wird, um das AusmaÃ, die Menge oder den Zustand einer physikalischen Eigenschaft zu bestimmen. @de
isInMinimalProfile: true

dimension measuring process
type: Class
label: Dimensions Messprozess @de
subclass of: structural property analyzing process
definition: A Structural Property Analyzing Process that determines the physical dimensions of a material or object, such as length, width, height, diameter, and thickness, with high accuracy and precision.
definition: Ein Struktur Eigenschaften Analyseverfahren, das die physikalischen Dimensionen eines Materials oder Objekts, wie Länge, Breite, Höhe, Durchmesser und Dicke, mit hoher Genauigkeit und Präzision bestimmt. @de

disassembling
type: Class
label: Zerlegen @de
subclass of: separating
definition source: Official definition can be found in: DIN 8591
definition source: Offizielle Definition findet man in: DIN 8591 @de
definition: A Seperating process that involves disassembling a composite or assembled unit into its constituent parts or sections.
definition: Ein Trennprozess, bei dem eine zusammengesetzte oder montierte Einheit in ihre Einzelteile oder Abschnitte zerlegt wird. @de
example: Dismantling, Emptying

discrete-event simulation
type: Class
subclass of: simulation method specification
definition: a simulation method where events are processed at distinct points in time, commonly used for modeling systems with discrete state changes.
isInMinimalProfile: true

dividing
type: Class
label: Zerteilen @de
subclass of: separating
definition source: Official definition can be found in: DIN 8588
definition source: Offizielle Definition findet man in: DIN 8588 @de
definition: A Seperating process that involves separating material into distinct parts using techniques like shear cutting, splitting, tearing, or breaking, typically employed in processes where precise control over the cut is less critical.
definition: Ein Trennprozess, bei dem das Material durch Techniken wie Scherschneiden, Spalten, ReiÃen oder Brechen in verschiedene Teile zerlegt wird. Es wird in der Regel bei Prozessen eingesetzt, bei denen eine genaue Kontrolle über den Schnitt weniger wichtig ist. @de
example: Shearing, Cracking

drilling machine
type: Class
label: Bohrmaschine @de
subclass of: forming machine
definition: A Drilling Machine is a Device that creates holes in a workpiece by means of a rotating drill bit.
definition: Eine Bohrmaschine ist ein Gerät, das Löcher in ein Werkstück durch ein sich drehendes Bohrwerkzeug erzeugt. @de

dynamic mechanical analysis process
type: Class
label: Dynamisch-mechanische Analyse-Verfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that measures the mechanical properties of a material as a function of temperature, time, frequency, and stress, determining its viscoelastic behavior.
definition: Ein Mechanische Eigenschaften Analyseverfahren, welcher die mechanischen Eigenschaften eines Materials in Abhängigkeit von Temperatur, Zeit, Frequenz und Spannung misst und dessen viskoelastisches Verhalten bestimmt. @de
example: Dynamic mechanical analysis of a rubber compound to assess its stiffness and damping properties over a range of temperatures.
abbreviation: DMA

dynamic mechanical analyzer
type: Class
label: Dynamischer mechanischer Analysator @de
subclass of: device
definition: A device used to measure the mechanical properties of materials as a function of temperature, frequency, and time.
definition: Ein Gerät zur Messung der mechanischen Eigenschaften von Materialien als Funktion von Temperatur, Frequenz und Zeit. @de

stiffness
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: responds with
  some values from: deformation
subclass of: Restriction
  on property: responds with
  some values from: deformation
subclass of: Restriction
  on property: responds with
  some values from: deformation
disjoint with: strength
definition: The stiffness is a mechanical property describing the resistance of a material to deformation under an applied force.
isInMinimalProfile: true

electric potential
type: Class
subclass of: extensive quality
definition: The electric potential is a thermodynamic quality describing the amount of work needed to move a unit charge from a reference point to a specific location in an electric field.
isInMinimalProfile: true

electrical property analyzing process
type: Class
label: Elektrische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that determines the electrical properties of materials, including electrical conductivity, resistivity, dielectric strength, and electrical charge storage capabilities.
definition: Eine Analyse, die die elektrischen Eigenschaften von Materialien bestimmt, einschlieÃlich elektrischer Leitfähigkeit, Widerstand, dielektrischer Festigkeit und elektrischer Ladungsspeicherkapazitäten. @de

electron beam welding machine
type: Class
label: ElektronenstrahlschweiÃmaschine @de
subclass of: welding device
definition: An Electron Beam Welding Machine is a Welding Device that uses a high-velocity electron beam to fuse materials together, typically in a vacuum environment.
definition: Eine ElektronenstrahlschweiÃmaschine ist ein SchweiÃgerät, das einen hochgeschwindigen Elektronenstrahl verwendet, um Materialien miteinander zu verschmelzen, typischerweise in einer Vakuumumgebung. @de

electron microscope
type: Class
label: Elektronenmikroskop @de
subclass of: microscope
definition source: âElectron microscope.â Merriam-Webster.com Dictionary, Merriam-Webster, https://www.merriam-webster.com/dictionary/electron%20microscope. Accessed 24 Nov. 2022.
definition: A device that uses a beam of electrons to create high-resolution images of a sample's surface or structure.
definition: An electron-optical instrument in which a beam of electrons is used to produce an enlarged image of a minute object.
definition: Ein Gerät, das einen Elektronenstrahl verwendet, um hochauflösende Bilder der Oberfläche oder Struktur einer Probe zu erstellen. @de

electron microscopy
type: Class
label: Elektronenmikroskopie @de
subclass of: microscopy process
definition: A Microscopy Process that uses a beam of electrons to create an image of an object, allowing for high-resolution visualization of the material's surface and internal structures.
definition: Ein Mikroskopieverfahren, das einen Elektronenstrahl verwendet, um ein Bild eines Objekts zu erzeugen, wodurch eine hochauflösende Visualisierung der Oberfläche und der inneren Strukturen des Materials ermöglicht wird. @de
example: An example of an electron microscopy process is Scanning Electron Microscopy (SEM), which provides detailed images of the surface topography and composition of a material. Another example is Transmission Electron Microscopy (TEM), which can visualize the internal structure of a sample at atomic resolution.

microscopy process
type: Class
label: Mikroskopie Verfahren @de
subclass of: structural property analyzing process
definition: A Structural Property Analyzing Process that uses various types of microscopy techniques to visualize and analyze the microstructure and morphology of materials at different scales.
definition: Ein Struktur Eigenschaften Analyseverfahren, das verschiedene Arten von Mikroskopietechniken verwendet, um die Mikrostruktur und Morphologie von Materialien auf verschiedenen Ebenen zu visualisieren und zu analysieren. @de
example: Examples of Microscopy Processes include Electron Microscopy, which provides detailed images at high resolution; Ion Microscopy, which offers high-precision imaging and material milling capabilites; and Optical Microscopy, which uses visible light to study e.g. the microstructure of materials.
abbreviation: Mikroskopie @de

electron spectroscopy
type: Class
label: Elektronenspektroskopie @de
subclass of: spectroscopy process
definition: A Spectroscopy Process, that studies the energy distribution of electrons emitted from a sample when it is irradiated with electromagnetic radiation or bombarded with particles.
definition: Ein Spektroskopie Verfahren, das die Energieverteilung von Elektronen untersucht, die aus einer Probe emittiert werden, wenn diese mit elektromagnetischer Strahlung bestrahlt oder mit Teilchen bombardiert wird. @de
example: Examples are e.g. Auger electron spectroscopy, electron energy loss spectroscopy, secondary electron spectroscopy.

spectroscopy process
type: Class
label: Spektroskopie Verfahren @de
subclass of: structural property analyzing process
definition: A Structural Property Analyzing Process that measures the interaction of electromagnetic radiation with matter to determine e.g. the composition, structure, and other properties of materials.
definition: Ein Struktur Eigenschaften Analyseverfahren, das die Wechselwirkung von elektromagnetischer Strahlung mit Materie misst, um die Zusammensetzung, Struktur und physikalischen Eigenschaften von Materialien zu bestimmen. @de

emission of corpuscular radiation
type: Class
subclass of: emission of radiation
definition: The emission of corpuscular radiation is an emission of radiation describing the release of particle-based radiation, such as alpha or beta particles, from a material or system.
isInMinimalProfile: true

emission of radiation
type: Class
subclass of: process
definition: The emission radiation is a process describing the release of energy in the form of electromagnetic waves or particles from a material.
isInMinimalProfile: true

emission of wave radiation
type: Class
subclass of: emission of radiation
definition: The emission of wave radioation is an emission of radiation describing the release of energy in the form of waves, such as electromagnetic or acoustic waves, by a material or system.
isInMinimalProfile: true

empirical potential molecular dynamics simulation
type: Class
label: Empirische Potential MD Simulation @de
subclass of: simulation process
definition: A Simulation Process that uses empirical potentials derived from experimental data to model the behavior of molecular systems.
definition: Ein Simulationsprozess, der empirische Potentiale verwendet, die aus experimentellen Daten abgeleitet sind, um das Verhalten molekularer Systeme zu modellieren. @de
example: Simulating the diffusion of atoms in a crystal using Lennard-Jones potentials.

environmental chamber
type: Class
label: Umweltschrank @de
subclass of: device
definition: A device used to simulate environmental conditions such as temperature, humidity, and pressure to test materials and devices.
definition: Ein Gerät zur Simulation von Umweltbedingungen wie Temperatur, Feuchtigkeit und Druck zur Prüfung von Materialien und Geräten. @de

extensometer
type: Class
subclass of: device
definition source: âExtensometer.â Merriam-Webster.com Dictionary, Merriam-Webster, https://www.merriam-webster.com/dictionary/extensometer. Accessed 5 Dec. 2022.
definition: A device for measuring minute deformations of test specimens caused by tension, compression, bending, or twisting.

fatigue testing machine
type: Class
label: Materialermüdungsprüfmaschine @de
subclass of: device
definition: A device used to test the fatigue resistance of materials by subjecting them to repeated stress cycles.
definition: Ein Gerät zur Prüfung der Ermüdungsresistenz von Materialien, indem diese wiederholten Belastungszyklen ausgesetzt werden. @de

fatigue testing process
type: Class
label: Ermüdungsprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that assesses a material's ability to withstand cyclic loading, determining its fatigue life and endurance limit.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Fähigkeit eines Materials bewertet, zyklischen Belastungen standzuhalten, und seine Ermüdungslebensdauer und -grenze bestimmt. @de
example: Fatigue testing of metal components in bridges to predict their lifespan under repetitive loading conditions.

ferrous alloy
type: Class
subclass of: metal
subclass of: Restriction
  on property: consists of
  some values from: portion of iron
subclass of: Restriction
  on property: consists of
  some values from: portion of iron
subclass of: Restriction
  on property: consists of
  some values from: portion of iron
definition: A ferrous alloy is a metal describing an alloy containing iron as its principal element, often combined with other elements for enhanced properties.
isInMinimalProfile: true

metal
type: Class
subclass of: Class
  intersection of: engineered material
  intersection of: Restriction
    on property: has part
    some values from: Class
      intersection of: crystal
      intersection of: Restriction
        on property: has characteristic
        some values from: metallic bond
subclass of: Class
  intersection of: engineered material
  intersection of: Restriction
    on property: has part
    some values from: Class
      intersection of: crystal
      intersection of: Restriction
        on property: has characteristic
        some values from: metallic bond
subclass of: Class
  intersection of: engineered material
  intersection of: Restriction
    on property: has part
    some values from: Class
      intersection of: crystal
      intersection of: Restriction
        on property: has characteristic
        some values from: metallic bond
editor note: Classified by morphology.
definition: A metal is an engineered material representing a class of materials characterized by high electrical and thermal conductivity, ductility, and metallic bonding.
isInMinimalProfile: true

portion of iron
type: Class
comment: A Portion Of Matter that consists of only Iron atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iron atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iron atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iron atom
    on property: consists of
definition: A 'Portion Of Iron' is a 'Poriton Of Pure Substance' that 'consists of' only chebi:iron atom.

filling
type: Class
label: Füllen @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-2
definition source: Offizielle Definition findet man in: DIN 8593-2 @de
definition: A joining process that involves the use of a filler material to connect parts.
definition: Ein Füge Prozess, bei dem ein Füllmaterial verwendet wird, um Teile zu verbinden. @de
example: Impregnating, Soaking

flow cytometer
type: Class
label: Durchflusszytometer @de
subclass of: device
definition: A Flow Cytometer is a Device used to measure the physical and chemical characteristics of a population of cells or particles.
definition: Ein Durchflusszytometer ist ein Gerät, das verwendet wird, um die physikalischen und chemischen Eigenschaften einer Zell- oder Partikelpopulation zu messen. @de

force measuring function
type: Class
label: Kraftmessfunktion @de
subclass of: measuring function
definition: A subfunction of measuring performed to determine the force applied to or by an object.
definition: Eine Unterfunktion des Messens, die durchgeführt wird, um die auf ein Objekt ausgeübte oder von ihm ausgeübte Kraft zu bestimmen. @de
isInMinimalProfile: true

formation of notch or scratch
type: Class
subclass of: process
definition: The formation of (a) notch or (a) scratch is a process that describes the creation of small surface imperfections, which can influence a material's mechanical properties.
isInMinimalProfile: true

forming
type: Class
label: Umformen @de
subclass of: manufacturing process
definition source: Official definition can be found in: DIN 8580:2003-9 Fertigungsverfahren, Page 4, 3.1.2 Umformen - Definition
definition source: Offizielle Definition findet man in: DIN 8580:2003-9 Fertigungsverfahren, Seite 4, 3.1.2 Umformen - Definition @de
alternative label: Shaping
definition: A manufacturing process that changes the shape of a solid body through plastic deformation while retaining both mass and structural integrity.
definition: Ein Herstellungsprozess, der durch plastische Umformung die Gestalt eines festen Körpers verändert, wobei sowohl die Masse als auch die strukturelle Integrität erhalten bleiben. @de
example: Tension Forming, Compression Forming

forming by bending
type: Class
label: Biegeumformen @de
subclass of: forming
definition source: Official definition can be found in: DIN 8586
source: Offizielle Definition findet man in: DIN 8586 @de
definition: A forming process that involves bending materials, typically used in manipulating sheets, tubes, or profiles into curved shapes or angles, common in metalworking and fabrication industries.
definition: Ein Umform Prozess, der das Biegen von Materialien beinhaltet und typischerweise bei der Bearbeitung von Blechen, Rohren oder Profilen zu gekrümmten Formen oder Winkeln eingesetzt wird, wie es in der Metallverarbeitung und in der verarbeitenden Industrie üblich ist. @de
example: Bending With Linear Die Movement, Bending With Rotary Die Movement

forming under compressive and tensile conditions
type: Class
label: Zugdruckumformen @de
subclass of: forming
definition source: Official definition can be found in: DIN 8584-1
source: Offizielle Definition findet man in: DIN 8584-1 @de
definition: A forming process that involves applying both tensile and compressive forces to a material.
definition: Ein Umform Prozess, bei dem sowohl Zug- als auch Druckkräfte auf ein Material ausgeübt werden. @de
example: Stripping, Deep Drawing, Spinning

forming under compressive conditions
type: Class
label: Druckumformen @de
subclass of: forming
definition source: Official definition can be found in: DIN 8583-1
source: Offizielle Definition findet man in: DIN 8583-1 @de
definition: A forming process that involves deforming materials under compressive forces, commonly used in techniques like rolling and die forming where metal is shaped by applying pressure.
definition: Ein Umform Prozess, bei dem Materialien unter Druck verformt werden. Er wird üblicherweise bei Techniken wie Walzen und Gesenkformen eingesetzt, bei denen Metall durch Druck in Form gebracht wird. @de
example: Rolling, Coining

forming under shearing conditions
type: Class
label: Schubumformen @de
subclass of: forming
definition source: Official definition can be found in: DIN 8587
source: Offizielle Definition findet man in: DIN 8587 @de
definition: A forming process that involves displacement or twisting materials to achieve deformation, often used in operations where materials are shaped by applying torsional forces.
definition: Ein Umform Prozess, bei dem Werkstoffe durch Verschieben oder Verdrehen verformt werden. Es wird häufig bei Verfahren verwendet, bei denen Werkstoffe durch Anwendung von Torsionskräften geformt werden. @de
example: Twisting, Displacement

forming under tensile conditions
type: Class
label: Zugumformen @de
subclass of: forming
definition source: Official definition can be found in: DIN 8585-1
definition source: Offizielle Definition findet man in: DIN 8585-1 @de
definition: A forming process that involves stretching or elongating materials to achieve desired dimensions or shapes.
definition: Ein Umform Prozess, bei dem Materialien gestreckt oder gedehnt werden, um die gewünschten Abmessungen oder Formen zu erreichen. @de
example: Expanding, Stretch Forming

fracture toughness testing process
type: Class
label: Bruchzähigkeitsprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that assesses a material's ability to resist crack propagation, determining its fracture toughness.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Fähigkeit eines Materials bewertet, der Rissausbreitung zu widerstehen, und seine Bruchzähigkeit bestimmt. @de
example: Measuring the fracture toughness of ceramic materials used in aerospace components to ensure reliability under stress.

functional material
type: Class
subclass of: engineered material
subclass of: Class
  intersection of: engineered material
  intersection of: Restriction
    on property:
      inverse of: consists of
    some values from: Class
      intersection of: object
      intersection of: Restriction
        on property: has function
        some values from: function
subclass of: Restriction
  on property:
    inverse of: consists of
  some values from: Class
    intersection of: object
    intersection of: Restriction
      on property: has function
      some values from: function
subclass of: Class
  intersection of: engineered material
  intersection of: Restriction
    on property:
      inverse of: consists of
    some values from: Class
      intersection of: object
      intersection of: Restriction
        on property: has function
        some values from: function
subclass of: Restriction
  on property:
    inverse of: consists of
  some values from: Class
    intersection of: object
    intersection of: Restriction
      on property: has function
      some values from: function
subclass of: Class
  intersection of: engineered material
  intersection of: Restriction
    on property:
      inverse of: consists of
    some values from: Class
      intersection of: object
      intersection of: Restriction
        on property: has function
        some values from: function
subclass of: Restriction
  on property:
    inverse of: consists of
  some values from: Class
    intersection of: object
    intersection of: Restriction
      on property: has function
      some values from: function
editor note: Classified by the role in a system.
definition: A Functional Material F is an Engineered Material which has the disposition to be used for an Object O (O consists of F) and O's function is other/more than mechanical load carrying.
isInMinimalProfile: true

gas chromatography process
type: Class
label: Gaschromatographie Verfahren @de
subclass of: chromatography process
definition: A Chromatography Process that separates and analyzes compounds that can be vaporized without decomposition, using a gas as the mobile phase and a solid or liquid stationary phase.
definition: Ein Chromatographieverfahren, das Verbindungen trennt und analysiert, die ohne Zersetzung verdampft werden können, indem ein Gas als mobile Phase und eine feste oder flüssige stationäre Phase verwendet wird. @de
example: Gas chromatography is used to analyze the composition of volatile organic compounds in a polymer matrix.

gas chromatography system
type: Class
label: Gaschromatographiesystem @de
subclass of: chromatography system
definition: A device used for separating and analyzing compounds in a gas mixture using a chromatographic column.
definition: Ein Gerät zur Trennung und Analyse von Verbindungen in einem Gasgemisch unter Verwendung einer chromatographischen Säule. @de

gel permeation chromatography process
type: Class
label: Gel-Permeations-Chromatographie Verfahren @de
subclass of: chromatography process
definition: A Chromatography Process that separates molecules based on their size by passing the sample through a porous gel matrix, also known as size exclusion chromatography.
definition: Ein Chromatographieverfahren, das Moleküle basierend auf ihrer GröÃe trennt, indem die Probe durch eine poröse Gelmatrix geleitet wird, auch bekannt als GröÃenausschlusschromatographie. @de
example: Gel permeation chromatography is used to determine the molecular weight distribution of a polymer sample.

gel permeation chromatography system
type: Class
label: Gelpermeations-Chromatographiesystem @de
subclass of: chromatography system
definition: A device used for separating and analyzing polymers based on their molecular size using gel permeation chromatography.
definition: Ein Gerät zur Trennung und Analyse von Polymeren basierend auf ihrer MolekülgröÃe durch Gelpermeationschromatographie. @de

generative deep learning
type: Class
label: Generatives Deep Learning @de
subclass of: deep learning
definition: A Deep Learning process that involves creating models capable of generating new data instances that resemble the training data.
definition: Ein Deep Learning-Prozess, der Modelle erstellt, die in der Lage sind, neue Dateninstanzen zu erzeugen, die den Trainingsdaten ähneln. @de
example: Using generative adversarial networks to design new molecular structures with desired properties, such as improved conductivity or strength.

glass
type: Class
comment: It is often composed of silica-based compounds.
subclass of: engineered material
editor note: Classified by morphology.
definition: A glass is an engineered material present as an amorphous solid typically formed by rapid cooling of a melt.
isInMinimalProfile: true

glueing
type: Class
label: Kleben @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-8
definition source: Offizielle Definition findet man in: DIN 8593-8 @de
alternative label: Bonding
definition: A joining process that involves using adhesives to bond materials together, suitable for a wide range of materials including metals, plastics, and composites, and used in various applications from automotive to aerospace.
definition: Ein Füge Prozess, bei dem Klebstoffe verwendet werden, um Materialien miteinander zu verbinden. Es eignet sich für eine Vielzahl von Materialien, darunter Metalle, Kunststoffe und Verbundstoffe, und wird in verschiedenen Anwendungen von der Automobilindustrie bis zur Luft- und Raumfahrt eingesetzt. @de
example: Bonding With Physically Hardening Adhesives, Bonding With Chemically Hardening Adhesives (Reaction Bonding)

crystal grain
type: Class
label: Korn @de
subclass of: crystal
definition: A crystal grain is a crystal that is continuant part of a polycrystal.
isInMinimalProfile: true

crystal
type: Class
subclass of: object
definition: A crystal is an object that has part some entities that concretize a Bravais lattice.
isInMinimalProfile: true

gravimetric analyzer
type: Class
label: Gravimetrischer Analysator @de
subclass of: device
definition: A device used to measure the mass of a sample to determine its composition or concentration.
definition: Ein Gerät zur Messung der Masse einer Probe zur Bestimmung ihrer Zusammensetzung oder Konzentration. @de

gravimetrical analyzing process
type: Class
label: Gravimetrisches Analyseverfahren @de
subclass of: structural property analyzing process
definition: A Structural Property Analyzing Process that measures the quantity of a substance by its mass, often involving the precipitation, filtration, drying, and weighing of the substance.
definition: Ein Struktur Eigenschaften Analyseverfahren, das die Menge einer Substanz durch ihre Masse misst und dabei häufig die Fällung, Filtration, Trocknung und Wägung der Substanz umfasst. @de
example: An example of a Gravimetrical Analyzing Process is the determination of sulfate content in a sample by precipitating it as barium sulfate, filtering, drying, and weighing the precipitate.

grinding machine
type: Class
label: Schleifmaschine @de
subclass of: forming machine
definition: A Grinding Machine is a Forming Machine that uses an abrasive wheel to remove material from the surface of a workpiece, typically for finishing or precision work.
definition: Eine Schleifmaschine ist eine Formmaschine, die ein Schleifrad verwendet, um Material von der Oberfläche eines Werkstücks zu entfernen, typischerweise für Feinarbeiten oder Präzisionsarbeiten. @de

grips
type: Class
label: Halterungsklemmen @de
subclass of: device
definition source: https://www.merriam-webster.com/dictionary/grips
definition: Diese Gerät beschreibt ein Bauelement / Teil, mit dem etwas, normalerweise ein materielles Objekt, fest gegriffen oder eingespannt wird. Typischerweise sind Halterungen, Klemm- bzw. Spannsysteme Teil eines Befestigungssystems (Prozessknoten), das sich auf ein Prüfsystem bezieht. @de
definition: This device is a part by which something, usually a tangible object, is grasped. Typically, grips are part of a mounting system (processing node) referring to a testing system.

hacksaw
type: Class
label: Bügelsäge @de
subclass of: saw
definition: A hacksaw is a hand saw designed for cutting various materials, particularly metal. It consists of a fine-toothed blade, tensioned in a frame, and a handle. The frame of a hacksaw is typically C-shaped, allowing the blade to be easily replaced when necessary. Hacksaws are commonly used in metalworking and other applications where a controlled and precise cut through metal is required. The fine teeth on the hacksaw blade enable it to cut through metal with efficiency, and the tensioned frame provides stability during the cutting process. Hacksaws are versatile tools and are often used for tasks such as cutting pipes, rods, and metal sheets. They are available in different sizes and tooth configurations to suit various cutting needs.
definition: Eine Bügelsäge ist eine Art Handsäge zum Schneiden verschiedener Materialien, insbesondere Metall. Sie besteht aus einem fein gezahnten Blatt, das in einem Rahmen gespannt ist, und einem Griff. Der Rahmen einer Bügelsäge ist in der Regel C-förmig, so dass das Blatt bei Bedarf leicht ausgewechselt werden kann. Bügelsägen werden häufig bei der Metallbearbeitung und anderen Anwendungen eingesetzt, bei denen ein kontrollierter und präziser Schnitt durch Metall erforderlich ist. Die feinen Zähne des Sägeblatts ermöglichen ein effizientes Schneiden durch Metall, und der gespannte Rahmen sorgt für Stabilität während des Schneidens. Bügelsägen sind vielseitige Werkzeuge und werden häufig für Aufgaben wie das Schneiden von Rohren, Stangen und Blechen verwendet. Sie sind in verschiedenen GröÃen und Zahnkonfigurationen erhältlich, um verschiedenen Schneidanforderungen gerecht zu werden. @de

hand holdable disposition
type: Class
label: in der Hand haltbar @de
subclass of: disposition
definition: Disposion eines Objektes, das per Hand gehalten, betrieben oder verwendet werden kann. @de
definition: Disposition of an object that can be hold, operated or used manually.

hand circular saw
type: Class
label: Handkreissäge @de
subclass of: hand held device
subclass of: Class
  intersection of: circular saw
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
subclass of: Class
  intersection of: circular saw
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
subclass of: Class
  intersection of: circular saw
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
definition: A handheld circular saw is a portable circular saw that is guided by hand. It is well suited for precise cuts in construction and woodwork.
definition: Die Handkreissäge is eine tragbare Kreissäge, die von Hand geführt wird. Sie eignet sich gut für präzise Schnitte bei Bau- und Holzarbeiten. @de

hand held device
type: Class
subclass of: device
subclass of: Restriction
  on property: has disposition
  some values from: hand holdable disposition
subclass of: Restriction
  on property: has disposition
  some values from: hand holdable disposition
subclass of: Restriction
  on property: has disposition
  some values from: hand holdable disposition
equivalent class: Class
  intersection of: device
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
equivalent class: Class
  intersection of: device
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
equivalent class: Class
  intersection of: device
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
definition: A device that has the disposition to be grasped and operated by a human hand and is designed for manual use.

handsaw
type: Class
label: Handsäge @de
subclass of: hand held device
subclass of: Class
  intersection of: saw
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
subclass of: Class
  intersection of: saw
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
subclass of: Class
  intersection of: saw
  intersection of: Restriction
    on property: has disposition
    some values from: hand holdable disposition
definition: Die Handsäge ist eine manuell betriebene Säge, die dazu dient, verschiedene Materialien, insbesondere Holz, zu schneiden. Diese Art von Säge besteht typischerweise aus einem langen, dünnen Blatt mit Zähnen, das an einem Griff befestigt ist. Der Griff ermöglicht es dem Benutzer, die Säge von Hand zu führen und den Schnitt durch Vor- und Zurückbewegen des Blatts zu erzeugen. Handsägen sind in verschiedenen Ausführungen erhältlich, je nach der beabsichtigten Anwendung. Es gibt beispielsweise Handsägen für Holz, Metall oder Kunststoff, und sie können unterschiedliche Zahngeometrien und Blattlängen aufweisen, um optimal auf verschiedene Schneidanforderungen abgestimmt zu sein. @de
definition: The handsaw is a manually operated saw that is used to cut various materials, especially wood. This type of saw typically consists of a long, thin blade with teeth attached to a handle. The handle allows the user to guide the saw by hand and make the cut by moving the blade back and forth. Handsaws are available in different designs, depending on the intended application. For example, there are handsaws for wood, metal or plastic, and they can have different tooth geometries and blade lengths to best suit different cutting requirements. @de

hardening by forming
type: Class
label: Verfestigen Durch Umformen @de
subclass of: changing properties of material
definition: A Changing Properties Of Material process, that involves altering material properties by mechanical deformation.
definition: Ein Stoffeigenschaft Ãndern Prozess, der die Eigenschaften des Materials durch mechanische Verformung verändert. @de
example: Sheet Metal Rolling to Achieve Higher Strength.

hardness
type: Class
subclass of: mechanical property
definition: The hardness is a mechanical property used as a measure of a material's resistance to localized plastic deformation, often tested by indentation or scratch methods.
isInMinimalProfile: true

mechanical property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: stimulated by
  some values from: application of mechanical load
subclass of: Restriction
  on property: stimulated by
  some values from: application of mechanical load
subclass of: Restriction
  on property: stimulated by
  some values from: application of mechanical load
definition: A mechanical property is a material property that inheres in a material M when an object O_target that consists of M is stimulated in a process through an interaction with an object O_stimulus and M changes its stress/strain/..(mechanical?) SDCs. TODO: Check general class axiom and defintion altogether !!!
isInMinimalProfile: true

hardness tester
type: Class
label: Härteprüfgerät @de
subclass of: hardness testing machine
definition: A Hardness Tester is a Hardness Testing Machine that measures the resistance of a material to deformation, typically by indentation.
definition: Ein Härteprüfgerät ist eine Härteprüfmaschine, die den Widerstand eines Materials gegen Verformung, typischerweise durch Eindrücken, misst. @de

hardness testing machine
type: Class
label: Härteprüfmaschine @de
subclass of: device
definition: A device used to measure the hardness of materials through various testing methods such as indentation or scratch tests.
definition: Ein Gerät zur Messung der Härte von Materialien durch verschiedene Prüfmethoden wie Eindrück- oder Kratzversuche. @de

hardness testing process
type: Class
label: Härteprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that measures a material's resistance to deformation, typically using indentation methods to determine hardness.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das den Widerstand eines Materials gegen Verformung misst und typischerweise Eindringverfahren verwendet, um die Härte zu bestimmen. @de
example: Hardness testing of steel using the Rockwell method to classify its grade for industrial applications.

heat capacity
type: Class
subclass of: thermal property
subclass of: Restriction
  on property: responds with
  some values from: change of temperature
subclass of: Restriction
  on property: responds with
  some values from: change of temperature
subclass of: Restriction
  on property: responds with
  some values from: change of temperature
disjoint with: thermal conductivity
definition: The heat capacity is a thermal property describing the amount of heat energy required to raise the temperature of a material by a given amount.
isInMinimalProfile: true

thermal property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: stimulated by
  some values from: application of heat flux
subclass of: Restriction
  on property: stimulated by
  some values from: application of heat flux
subclass of: Restriction
  on property: stimulated by
  some values from: application of heat flux
definition: A thermal property is a material property representing attributes of a material that describe its behavior under temperature changes, such as thermal conductivity and expansion.
isInMinimalProfile: true

thermal conductivity
type: Class
subclass of: thermal property
definition: The thermal conductivity is a thermal property describing the ability of a material to conduct heat.
isInMinimalProfile: true

heat treatment
type: Class
label: Wärmebehandlung @de
subclass of: changing properties of material
definition source: Official definition can be found in: DIN EN ISO 4885:2018 Wärmebehandlung Page 21, 3.108 Wärmebehandlung - Definition
definition source: Offizielle Definition findet man in: DIN EN ISO 4885:2018 Wärmebehandlung Seite 21, 3.108 Wärmebehandlung - Definition @de
alternative label: Wärmebehandeln @de
definition: A Changing Properties of Materials process in which a solid (ferrous) product is fully or partially exposed to specific time-temperature sequences through a series of process steps with the aim of modifying its properties and/or its internal structure.
definition: Ein Stoffeigenschaft Ãndern Prozess, bei dem durch eine Reihe von Verfahrensschritten ein festes (Eisen-)Produkt ganz oder teilweise bestimmten Zeit-Temperatur-Abfolgen ausgesetzt wird, mit dem Ziel, seine Eigenschaften und/oder seine innere Struktur zu modifizieren. @de
example: Annealing, Ageing, Hardening

heat treatment device
type: Class
label: Wärmebehandlungsgerät @de
subclass of: device
definition: A device used for treating materials through heating and cooling processes to alter their properties.
definition: Ein Gerät zur Behandlung von Materialien durch Erwärmungs- und Abkühlungsprozesse zur Veränderung ihrer Eigenschaften. @de

heat treatment function
type: Class
label: Wärmebehandlungsfunktion @de
subclass of: function
definition: A function performed to alter the properties of materials through controlled heating and cooling processes.
definition: Eine Funktion, die durchgeführt wird, um die Eigenschaften von Materialien durch kontrollierte Wärme- und Abkühlungsprozesse zu verändern. @de
isInMinimalProfile: true

high-performance liquid chromatography process
type: Class
label: Hochleistungsflüssigkeitschromatographie Verfahren @de
subclass of: chromatography process
definition: A Chromatography Process that separates, identifies, and quantifies components in a liquid sample using high pressure to pass the sample through a column packed with a stationary phase.
definition: Ein Chromatographieverfahren, das Komponenten in einer flüssigen Probe trennt, identifiziert und quantifiziert, indem hoher Druck verwendet wird, um die Probe durch eine mit einer stationären Phase gefüllte Säule zu leiten. @de
example: High-performance liquid chromatography is used to analyze the purity and concentration of pharmaceutical compounds in a formulation.

high throughput simulation
type: Class
label: Hochdurchsatzsimulation @de
subclass of: simulation process
definition: A Simulation Process that performs a large number of simulations automatically to explore a wide range of conditions.
definition: Ein Simulationsprozess, der eine groÃe Anzahl von Simulationen automatisch durchführt, um eine breite Palette von Bedingungen zu erkunden. @de
example: Screening thousands of potential material compounds to identify those with optimal properties for battery applications.

high performance liquid chromatography system
type: Class
label: Hochleistungsflüssigkeitschromatographiesystem @de
subclass of: chromatography system
definition: A device used for separating, identifying, and quantifying compounds in liquid samples through high performance liquid chromatography.
definition: Ein Gerät zur Trennung, Identifizierung und Quantifizierung von Verbindungen in Flüssigkeitsproben durch Hochleistungsflüssigkeitschromatographie. @de

high temperature gas chromatography system
type: Class
label: Hochtemperatur-Gaschromatographiesystem @de
subclass of: gas chromatography system
definition: A device used for separating and analyzing compounds in a gas mixture at high temperatures using a chromatographic column.
definition: Ein Gerät zur Trennung und Analyse von Verbindungen in einem Gasgemisch bei hohen Temperaturen unter Verwendung einer chromatographischen Säule. @de

hybrid simulation
type: Class
subclass of: simulation method specification
definition: a simulation approach that combines physical and computational models to analyze material behavior.
isInMinimalProfile: true

impact testing process
type: Class
label: Schlagprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that determines a material's ability to absorb energy and withstand impact forces, typically using pendulum or drop-weight testers.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Fähigkeit eines Materials bestimmt, Energie zu absorbieren und Schlagkräfte zu widerstehen, typischerweise unter Verwendung von Pendel- oder Fallgewichtsprüfgeräten. @de
example: Impact testing of helmet materials to ensure they provide adequate protection against head injuries.

index of refraction
type: Class
subclass of: optical property
disjoint with: reflectivity
definition: The index of refraction is an optical property representing a measure of how much light bends when passing through a material, affecting its optical properties.
isInMinimalProfile: true

optical property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: stimulated by
  some values from: waver irradiation
subclass of: Restriction
  on property: stimulated by
  some values from: waver irradiation
subclass of: Restriction
  on property: stimulated by
  some values from: waver irradiation
definition: An optical property is a material property representing the characteristics that describe how a material interacts with light, including reflection, refraction, and absorption.
isInMinimalProfile: true

reflectivity
type: Class
subclass of: optical property
definition: The reflectivity is an optical property that describes the proportion of incident light or radiation that a material reflects.
isInMinimalProfile: true

induction furnace
type: Class
label: Induktionsofen @de
subclass of: furnace
definition: An Induction Furnace is a Furnace that heats materials using electromagnetic induction, generating heat directly within the material.
definition: Ein Induktionsofen ist ein Ofen, der Materialien durch elektromagnetische Induktion erhitzt, wobei die Wärme direkt im Material erzeugt wird. @de

initiator role
type: Class
subclass of: role
definition: An initiator role is a role describing the position or function responsible for starting or catalyzing a process, often related to material testing or experiments.

injection molding machine
type: Class
label: SpritzgieÃmaschine @de
subclass of: device
definition: An Injection Molding Machine is a Device used to produce plastic parts by injecting molten plastic into molds under high pressure.
definition: Eine SpritzgieÃmaschine ist ein Gerät, das verwendet wird, um Kunststoffteile durch Einspritzen von geschmolzenem Kunststoff in Formen unter hohem Druck herzustellen. @de

ion exchange chromatography process
type: Class
label: Ionenaustauschchromatographie Verfahren @de
subclass of: chromatography process
definition: A Chromatography Process that separates ions and polar molecules based on their charge by using an ion exchange resin to attract and retain the ions from the sample.
definition: Ein Chromatographieverfahren, das Ionen und polare Moleküle basierend auf ihrer Ladung trennt, indem ein Ionenaustauscherharz verwendet wird, um die Ionen aus der Probe anzuziehen und zu halten. @de
example: Ion exchange chromatography is used to purify and separate proteins in a solution for material characterization.

ion exchange chromatography system
type: Class
label: Ionenaustausch-Chromatographiesystem @de
subclass of: chromatography system
definition: A device used for separating ions in a sample using ion exchange resins in a chromatographic column.
definition: Ein Gerät zur Trennung von Ionen in einer Probe unter Verwendung von Ionenaustauschharzen in einer chromatographischen Säule. @de

ion microscope
type: Class
label: Ionenmikroskop @de
subclass of: microscope
definition: A device that uses ions to create high-resolution images of the surface or structure of a sample.
definition: Ein Gerät, das Ionen verwendet, um hochauflösende Bilder der Oberfläche oder Struktur einer Probe zu erstellen. @de

ion microscopy
type: Class
label: Ionenmikroskopie @de
subclass of: microscopy process
definition: A Microscopy Process that uses a focused beam of ions to image a specimen, providing high-resolution images and compositional information, often used for surface analysis and depth profiling.
definition: Ein Mikroskopieverfahren, das einen fokussierten Ionenstrahl verwendet, um ein Bild einer Probe zu erzeugen, hochauflösende Bilder und Zusammensetzungsinformationen liefert und häufig für Oberflächenanalysen und Tiefenprofilierung verwendet wird. @de
example: An example of an ion microscopy process is Helium Ion Microscopy (HIM), which offers high-resolution imaging with minimal sample damage, or Field Ion Microscopy, which provides atomic-level resolution imaging by using a strong electric field to ionize atoms at the surface of a sharp tip, or Focused Ion Beam Scanning Electron Microscopy (FIB-SEM), which allows for high-precision material removal and imaging by using a focused beam of ions to mill the sample surface while simultaneously capturing detailed SEM images.

ion spectrometer
type: Class
label: Ionen-Spektrometer @de
subclass of: device
definition: A device used for analyzing ions in a sample to determine their composition and concentration.
definition: Ein Gerät zur Analyse von Ionen in einer Probe zur Bestimmung ihrer Zusammensetzung und Konzentration. @de

ion spectroscopy
type: Class
label: Ionenspektroskopie @de
subclass of: spectroscopy process
definition: A Spectroscopy Process, that analyzes the properties and behavior of ions in a sample by measuring their interaction with electromagnetic fields or other ions.
definition: Ein Spektroskopie Verfahren, das die Eigenschaften und das Verhalten von Ionen in einer Probe analysiert, indem es ihre Wechselwirkung mit elektromagnetischen Feldern oder anderen Ionen misst. @de
example: Examples are e.g. ion mobility spectroscopy, ion-beam spectroscopy.

irradiating
type: Class
label: Bestrahlen @de
subclass of: changing properties of material
definition: A Changing Properties Of Material process that employs radiation exposure, to alter and enhance a material's physical or chemical attributes.
definition: Ein Stoffeigenschaft Ãndern Prozess, bei dem die physikalischen oder chemischen Eigenschaften eines Materials durch Bestrahlung verändert und verbessert werden. @de
example: Polymer Curing

irradiation device
type: Class
label: Irradiationsgerät @de
subclass of: device
definition: A device used for exposing materials to radiation to induce changes in their properties.
definition: Ein Gerät zum Aussetzen von Materialien gegenüber Strahlung zur Induktion von Veränderungen ihrer Eigenschaften. @de

irradiation function
type: Class
label: Irradiationsfunktion @de
subclass of: function
definition: A function performed to expose materials to radiation for altering their properties.
definition: Eine Funktion, die durchgeführt wird, um Materialien Strahlung auszusetzen, um deren Eigenschaften zu verändern. @de
isInMinimalProfile: true

joining by primary shaping
type: Class
label: Fügen durch Urformen @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-4
definition source: Offizielle Definition findet man in: DIN 8593-4 @de
alternative label: Joining By Master Forming
definition: A joining process that involves creating a part or component in its final shape from a liquid or semi-liquid material.
definition: Ein Fügeverfahren, bei dem ein Teil oder eine Komponente aus einem flüssigen oder halbflüssigen Material in seine endgültige Form gebracht wird. @de
example: Pouring, Embedding, Encasing

joining by shaping
type: Class
label: Fügen Durch Umformen @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-5
definition source: Offizielle Definition findet man in: DIN 8593-5 @de
alternative label: Joining By Forming
definition: A joining process that involves deforming one or more components to achieve a mechanical interlock or fit, commonly used for press-fit joints, crimping, or swaging.
definition: Ein Füge Prozess, bei dem eine oder mehrere Komponenten verformt werden, um eine mechanische Verriegelung oder Passung zu erreichen, die üblicherweise für Pressverbindungen, Crimpen oder Schmieden verwendet wird. @de
example: Joining By Riveting, Joining By Forming Wire-Shaped Bodies

joining by soldering
type: Class
label: Fügen Durch Löten @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-7
definition source: Offizielle Definition findet man in: DIN 8593-7 @de
definition: A joining process that involves using a filler material (solder) to join metal parts by melting the solder between them without melting the base materials, a technique widely used in electronics and plumbing. This process creates a strong, conductive bond suitable for various applications.
definition: Ein Füge Prozess, bei dem ein Füllmaterial (Lot) verwendet wird, um Metallteile zu verbinden, indem das Lot zwischen ihnen geschmolzen wird, ohne die Grundmaterialien zu schmelzen. Diese Technik wird häufig in der Elektronik und im Sanitärbereich eingesetzt. Durch dieses Verfahren entsteht eine starke, leitfähige Verbindung, die für verschiedene Anwendungen geeignet ist. @de
example: Joint Soft Soldering, Joint Hard Soldering

joining by welding
type: Class
label: Fügen Durch SchweiÃen @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-6
definition source: Offizielle Definition findet man in: DIN 8593-6 @de
definition: A joining process that involves fusing two or more metal parts by applying heat, pressure, or both, often with the addition of a filler material. This method creates a permanent and strong bond, essential in manufacturing and construction for durable structures and components.
definition: Ein Füge Prozess, bei dem zwei oder mehr Metallteile durch Anwendung von Hitze, Druck oder beidem verschmolzen werden, oft unter Zugabe eines Füllstoffs. Durch dieses Verfahren entsteht eine dauerhafte und starke Verbindung, die in der Fertigung und im Bauwesen für dauerhafte Strukturen und Komponenten unerlässlich ist. @de
example: Pressure Welding, Fusion Welding

joining device
type: Class
label: Verbindungsgerät @de
subclass of: device
definition: A general device used for joining materials through various methods, including welding and soldering.
definition: Ein allgemeines Gerät zum Verbinden von Materialien durch verschiedene Methoden, einschlieÃlich SchweiÃen und Löten. @de

joining function
type: Class
label: Verbindungsfunktion @de
subclass of: function
definition: A function performed to connect or bond materials together through various methods such as welding or soldering.
definition: Eine Funktion, die ausgeführt wird, um Materialien durch verschiedene Methoden wie SchweiÃen oder Löten zu verbinden. @de
isInMinimalProfile: true

knife
type: Class
label: Messer @de
subclass of: cutting device
definition: A tool with a sharp edge, typically made of metal, used for cutting food, materials, or other substances.
definition: Ein Werkzeug mit einer scharfen Schneide, üblicherweise aus Metall, das zum Schneiden von Lebensmitteln, Materialien oder anderen Substanzen verwendet wird. @de

cutting device
type: Class
subclass of: device
subclass of: Restriction
  on property: has function
  some values from: cut function
subclass of: Restriction
  on property: has function
  some values from: cut function
subclass of: Restriction
  on property: has function
  some values from: cut function
equivalent class: Class
  intersection of: device
  intersection of: Restriction
    on property: has function
    some values from: cut function
equivalent class: Class
  intersection of: device
  intersection of: Restriction
    on property: has function
    some values from: cut function
equivalent class: Class
  intersection of: device
  intersection of: Restriction
    on property: has function
    some values from: cut function
definition: A device designed to cut, slice, divide, or sever objects.

laboratory
type: Class
label: Labor @de
subclass of: site
subclass of: Restriction
  on property: has role
  some values from: laboratory role
subclass of: Restriction
  on property: has role
  some values from: laboratory role
subclass of: Restriction
  on property: has role
  some values from: laboratory role
definition source: âLaboratory.â Merriam-Webster.com Dictionary, Merriam-Webster, https://www.merriam-webster.com/dictionary/laboratory. Accessed 24 Nov. 2022.
equivalent class: Class
definition: A place equipped for experimental study in a science or for testing and analysis.
isInMinimalProfile: true

laboratory role
type: Class
subclass of: role
definition: A laboratory role is a role specifying the functions or activities specific to experimental and analytical tasks performed in a laboratory setting.

Axiom
annotated property: equivalentClass
annotated source: laboratory
annotated target: Class
term tracker annotation: issue: https://github.com/materialdigital/core-ontology/issues/101

laser spectroscopy
type: Class
label: Laserspektroskopie @de
subclass of: spectroscopy process
definition: A Spectroscopy Process, that uses laser light to probe the properties of materials.
definition: Ein Spektroskopie Verfahren, das Laserlicht verwendet, um die Eigenschaften von Materialien zu untersuchen. @de
example: Examples are e.g. laser absorption spectroscopy, laser emission spectroscopy, ultra-fast laser spectroscopy.

lasercutter
type: Class
label: Laserschneider @de
subclass of: cutting device
definition: A device that utilizes laser beams to create precise cuts in various materials such as wood, plastic, metal, etc.
definition: Ein Gerät, das Laserstrahlen verwendet, um präzise Schnitte in verschiedenen Materialien wie Holz, Kunststoff, Metall usw. zu erzeugen. @de

lathe
type: Class
label: Drehmaschine @de
subclass of: forming machine
definition: A Lathe is a Device that rotates a workpiece on its axis to perform various operations such as cutting, sanding, drilling, or deformation.
definition: Eine Drehmaschine ist ein Gerät, das ein Werkstück um seine Achse dreht, um verschiedene Operationen wie Schneiden, Schleifen, Bohren oder Verformung durchzuführen. @de

light microscopy
type: Class
label: Lichtmikroskopie @de
subclass of: optical microscopy
definition: An Optical Microscopy process that uses visible light and lenses to magnify and visualize specimens, enabling the study of the microstructure and morphology of materials.
definition: Ein optisches Mikroskopieverfahren, das sichtbares Licht und Linsen verwendet, um Proben zu vergröÃern und zu visualisieren, wodurch die Untersuchung der Mikrostruktur und Morphologie von Materialien ermöglicht wird. @de
example: An example of a light microscopy process is Confocal Laser Scanning Microscopy, which uses laser light to scan specimens and create high-resolution, three-dimensional images. Another example is Fluorescence Microscopy, which uses fluorescent dyes to label specific components of the specimen, allowing for the visualization of structures that are otherwise difficult to see. A third example is Polarized Light Microscopy, which utilizes polarized light to enhance contrast in samples with birefringent properties, such as crystalline materials.

optical microscopy
type: Class
label: Ein Mikroskopieverfahren, das sichtbares Licht und Linsen verwendet, um eine Probe zu vergröÃern und abzubilden, und weit verbreitet zur Untersuchung der Mikrostruktur und Morphologie von Materialien ist. @de
label: Optische Mikroskopie @de
subclass of: microscopy process
definition: A Microscopy Process that uses visible light and lenses to magnify and image a specimen, widely used for examining the microstructure and morphology of materials.
example: An example is Light Microscopy.

load cell
type: Class
label: Kraftmessdose @de
subclass of: device
definition source: https://en.wikipedia.org/wiki/Load_cell
definition: A load cell converts a force such as tension, compression, pressure, or torque into an electrical signal that can be measured and standardized. It is a force transducer. As the force applied to the load cell increases, the electrical signal changes proportionally. The most common types of load cell are pneumatic, hydraulic, and strain gauges.

machine learning
type: Class
label: Maschinelles Lernen @de
subclass of: simulation process
definition: A Simulation Process that uses algorithms to enable computers to learn from and make predictions based on data.
definition: Ein Simulationsprozess, der Algorithmen verwendet, um Computern das Lernen aus Daten und das Treffen von Vorhersagen zu ermöglichen. @de
example: Predicting the mechanical properties of composite materials based on their composition.
abbreviation: ML

machining geometrically defined
type: Class
label: Spanen Mit Geometrisch Bestimmten Schneiden @de
subclass of: separating
definition source: Official definition can be found in: DIN 8589-0
definition source: Offizielle Definition findet man in: DIN 8589-0 @de
definition: A Seperating process that involves removing material with a tool that has a defined shape and sharp edges, such as in sawing and drilling operations.
definition: Ein Trennprozess, bei dem Material mit einem Werkzeug mit definierter Form und scharfen Kanten entfernt wird, wie z. B. beim Sägen und Bohren. @de
example: Drilling, Turning

machining geometrically undefined
type: Class
label: Spanen Mit Geometrisch Unbestimmten Schneiden @de
subclass of: separating
definition source: Official definition can be found in: DIN 8589-0
definition source: Offizielle Definition findet man in: DIN 8589-0 @de
definition: A Seperating process that involves removing material using tools with undefined cutting edges, such as grinding or abrasive machining, where the exact shape of the cutting part isn't clearly defined.
definition: Ein Trennprozess, bei dem Material mit Werkzeugen mit undefinierten Schneiden abgetragen wird, wie z. B. beim Schleifen oder bei der abrasiven Bearbeitung, bei der die genaue Form des zu schneidenden Teils nicht klar definiert ist. @de
example: Grinding, Blasting

magnetic property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: stimulated by
  some values from: application of magnetic field
subclass of: Restriction
  on property: stimulated by
  some values from: application of magnetic field
subclass of: Restriction
  on property: stimulated by
  some values from: application of magnetic field
definition: A magnetic property is a material property representing characteristics that describe how a material responds to magnetic fields, such as permeability and coercivity.
isInMinimalProfile: true

magnetizing
type: Class
label: Magnetisieren @de
subclass of: changing properties of material
definition source: https://industrylist.com/glossar/stoffeigenschaften-aendern/magnetisieren/
definition: A Changing Properties Of Material process in which ferromagnetic materials are exposed to an external magnetic field, causing the material to take on magnetic properties.
definition: Ein Stoffeigenschaft Ãndern Prozess, bei dem ferromagnetische Stoffe einem äuÃeren Magnetfeld ausgesetzt werden wodurch der Stoff magnetische Eigenschaften übernimmt. @de
example: Static Magnetization, Pulse Magnetization.

magnetizing device
type: Class
label: Magnetisierungsgerät @de
subclass of: device
definition: A device used for inducing a magnetic field in materials to alter their magnetic properties.
definition: Ein Gerät zur Induktion eines Magnetfelds in Materialien, um deren magnetische Eigenschaften zu verändern. @de

magnetizing function
type: Class
label: Magnetisierungsfunktion @de
subclass of: function
definition: A function performed to induce a magnetic field in materials to modify their magnetic properties.
definition: Eine Funktion, die durchgeführt wird, um ein Magnetfeld in Materialien zu induzieren, um deren magnetische Eigenschaften zu verändern. @de
isInMinimalProfile: true

magneto electrical property analyzing process
type: Class
label: Magnetische Elektrische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that investigates the magnetic and electrical properties of materials, including conductivity, resistivity, permittivity, permeability, and magnetization.
definition: Eine Analyse, die die magnetischen und elektrischen Eigenschaften von Materialien untersucht, einschlieÃlich Leitfähigkeit, Widerstand, Permittivität, Permeabilität und Magnetisierung. @de

manufacturing function
type: Class
label: Fertigungsfunktion @de
subclass of: function
definition: A function that inheres in devices or processes that are used to produce or assemble goods or components.
definition: Eine Funktion, die in Geräten oder Prozessen besteht, die zur Herstellung oder Montage von Waren oder Komponenten verwendet werden. @de
isInMinimalProfile: true

map
type: Class
subclass of: 2D
definition: A map is a 2-D information content entity describing a representation of spatial data or relationships, often used in material science for visualizing properties or distributions.
isInMinimalProfile: true

mass spectrometer
type: Class
label: Massenspektrometer @de
subclass of: device
definition: A device used to measure the mass-to-charge ratio of ions to identify and quantify compounds in a sample.
definition: Ein Gerät zur Messung des Massen-zu-Ladung-Verhältnisses von Ionen zur Identifizierung und Quantifizierung von Verbindungen in einer Probe. @de

mass spectrometry
type: Class
label: Massenspektroskopie @de
subclass of: spectroscopy process
definition: A Spectroscopy Process, that measures the mass-to-charge ratio of ions to identify and quantify molecules in a sample.
definition: Ein Spektroskopie Verfahren, das das Masse-zu-Ladung-Verhältnis von Ionen misst, um Moleküle in einer Probe zu identifizieren und zu quantifizieren. @de
example: Examples are e.g. time-of-flight mass spectroscopy, particle beam mass spectrometry.

melting point
type: Class
subclass of: phase boundary
definition: The melting point is a phase boundary described by the temperature at which a solid becomes a liquid under standard atmospheric pressure.
isInMinimalProfile: true

metallic bond
type: Class
subclass of: bond
definition source: metallic-bond-definition-properties-and-examples-4117948
definition: A metallic bond is a bond that forms between metal atoms, where electrons are shared in a "sea" of electrons that move freely around the metal ions. This type of bonding gives metals their characteristic properties such as conductivity and malleability.
isInMinimalProfile: true

metallographic texture
type: Class
subclass of: intensive quality
definition: The metallographic texture is a morphological quality describing the arrangement and orientation of grains and phases in a metallic material, observed through metallographic analysis.
isInMinimalProfile: true

micrometer gauge
type: Class
label: Bügelmessschraube @de
subclass of: device
definition source: https://www.merriam-webster.com/dictionary/micrometer%20caliper
definition: A measuring device for making precise measurements having a spindle moved by a finely threaded screw.
definition: Diese Entität beschreibt ein Werkzeug zur Durchführung präziser Messungen mit einer Spindel, die durch eine Feingewindeschraube bewegt wird. @de

microstructure
type: Class
subclass of: object aggregate
definition: The microstructure represents the small-scale structure of a material, including grains, phases, and defects, visible under a microscope.
isInMinimalProfile: true

microtome
type: Class
label: Mikrotom @de
subclass of: device
definition: A Microtome is a Measuring Device that cuts extremely thin slices of material, often for examination under a microscope.
definition: A device used to cut extremely thin slices of material, often for microscopic examination.
definition: Ein Gerät, das verwendet wird, um extrem dünne Scheiben von Material zu schneiden, oft für mikroskopische Untersuchungen. @de
definition: Ein Mikrotom ist ein Messgerät, das extrem dünne Scheiben von Material schneidet, oft zur Untersuchung unter einem Mikroskop. @de

milling machine
type: Class
label: Fräsmaschine @de
subclass of: forming machine
definition: A Milling Machine is a Device that performs machining operations to remove material from a workpiece using rotary cutters.
definition: Eine Fräsmaschine ist ein Gerät, das Bearbeitungsoperationen durchführt, um Material von einem Werkstück mithilfe von Fräsern zu entfernen. @de

mohs hardness
type: Class
subclass of: scratch hardness
definition: Mohs Hardness is a scalar (scale) used to rank materials based on their ability to scratch one another.
isInMinimalProfile: true

scratch hardness
type: Class
subclass of: hardness
definition source: A measure of a material's resistance to deformation or scratching by a harder material.
definition: The scratch hardness is a hardness representing a measure of a material's resistance to deformation or scratching by a harder material.
isInMinimalProfile: true

morphological property
type: Class
subclass of: behavioral material property
definition: A morphological property is a material property representing the characteristics of a material's structure, such as shape, size, and distribution of its features.
isInMinimalProfile: true

multimodal deep learning
type: Class
label: Multimodales Deep Learning @de
subclass of: deep learning
definition: A Deep Learning process that integrates and processes data from multiple modalities (e.g., text, images, and audio) to improve performance and gain a more comprehensive understanding.
definition: Ein Deep Learning-Prozess, der Daten aus mehreren Modalitäten (z.B. Text, Bilder und Audio) integriert und verarbeitet, um die Leistung zu verbessern und ein umfassenderes Verständnis zu erlangen. @de
example: Combining microscopy images and spectroscopic data to predict the properties of new materials more accurately.

nanoindentation process
type: Class
label: Nanoindentationsverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Processs that measures the hardness and elastic modulus of materials at the nanoscale using a sharp indenter.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Härte und den elastischen Modulus von Materialien im NanomaÃstab mittels eines scharfen Eindringkörpers misst. @de
example: Nanoindentation of thin films to evaluate their mechanical properties for use in microelectronic devices.

natural organic material
type: Class
subclass of: material
definition: Natural organic materials are materials derived from natural biological sources, primarily composed of carbon-based compounds.
isInMinimalProfile: true

occurence of chemical reaction
type: Class
subclass of: process
definition: The occurrence of (a) chemical reaction is the process in which substances interact to form new chemical compounds or alter their molecular structure.

occurence of electic field
type: Class
subclass of: process
definition: The occurrence of (an) electric field is a process describing the presence or generation of an electric field in a material or system.
isInMinimalProfile: true

occurence of magnetic field
type: Class
subclass of: process
definition: The occurrence of (a) magenetic field is a process describing the presence or generation of a magnetic field in a material or system.
isInMinimalProfile: true

operator role
type: Class
subclass of: role
definition: An operator role is a role indicating responsibility for operating equipment or systems, typically in a laboratory or manufacturing setting.
isInMinimalProfile: true

optical microscope
type: Class
label: Optisches Mikroskop @de
subclass of: microscope
definition: A microscope that uses visible light and lenses to magnify and view small objects or details.
definition: Ein Mikroskop, das sichtbares Licht und Linsen verwendet, um kleine Objekte oder Details zu vergröÃern und zu betrachten. @de

optical profilometer
type: Class
label: Optisches Profilometer @de
subclass of: surface profilometer
definition: An Optical Profilometer is a device that measures surface profiles and roughness by analyzing the interference patterns of light reflected from a specimen's surface.
definition: Ein optisches Profilometer ist ein Gerät, das Oberflächenprofile und Rauheit misst, indem es die Interferenzmuster von Licht analysiert, das von der Oberfläche eines Präparats reflektiert wird. @de

surface profilometer
type: Class
label: Oberflächenprofilometer @de
subclass of: device
definition: A device used to measure the surface profile and texture of materials.
definition: Ein Gerät zur Messung des Oberflächenprofils und der Textur von Materialien. @de

waver irradiation
type: Class
subclass of: irradiation process
definition: A waver irradiation is an irradiation describing an exposure of a material or system to electromagnetic waves or radiation.

optical property analyzing process
type: Class
label: Optische Eigenschaften Analyseverfahren @de
subclass of: assay
definition: An assay that assesses the optical characteristics of materials, such as refractive index, absorption, transmission, reflectivity, and luminescence.
definition: Eine Analyse, die die optischen Eigenschaften von Materialien bewertet, wie z.B. Brechungsindex, Absorption, Transmission, Reflexion und Lumineszenz. @de

passing of time
type: Class
subclass of: process
definition: Passing of time is a process that describes the progression of time, which can influence material aging and property changes.
isInMinimalProfile: true

photochemical process
type: Class
label: Photochemische Verfahren @de
subclass of: changing properties of material
definition: A Changing Properties Of Material process in which light, typically ultraviolet (UV) light is used to trigger chemical reactions. In the printing industry and some additive manufacturing methods, this light exposure is used to harden photoresists or cure inks and resins. The process relies on the specific wavelengths of light to initiate chemical changes in the material.
definition: Ein Stoffeigenschaft Ãndern Prozess, bei dem Licht, in der Regel ultraviolettes (UV) Licht, zur Auslösung chemischer Reaktionen verwendet wird. In der Druckindustrie und bei einigen additiven Fertigungsverfahren wird diese Lichteinwirkung zur Härtung von Fotolacken oder zur Aushärtung von Tinten und Harzen verwendet. Das Verfahren beruht auf den spezifischen Wellenlängen des Lichts, um chemische Veränderungen im Material auszulösen. @de
example: Exposure

physical simulation
type: Class
subclass of: simulation method specification
definition: a simulating approach describing the use of computational or experimental methods to replicate physical behaviors or processes under defined conditions.
isInMinimalProfile: true

pole figure
type: Class
subclass of: map
subclass of: Class
  intersection of: map
  intersection of: Restriction
    on property:
      inverse of: concretizes
    some values from: metallographic texture
subclass of: Restriction
  on property:
    inverse of: concretizes
  some values from: metallographic texture
subclass of: Class
  intersection of: map
  intersection of: Restriction
    on property:
      inverse of: concretizes
    some values from: metallographic texture
subclass of: Restriction
  on property:
    inverse of: concretizes
  some values from: metallographic texture
subclass of: Class
  intersection of: map
  intersection of: Restriction
    on property:
      inverse of: concretizes
    some values from: metallographic texture
subclass of: Restriction
  on property:
    inverse of: concretizes
  some values from: metallographic texture
definition: A pole figure is a map representing a graphical representation of the orientation of crystallographic planes in a polycrystalline sample.
isInMinimalProfile: true

polishing machine
type: Class
label: Poliermaschine @de
subclass of: forming machine
definition: A Polishing Machine is a Forming Machine that smooths the surface of a material by rubbing it with a tool, abrasive, or chemical.
definition: Eine Poliermaschine ist eine Formmaschine, die die Oberfläche eines Materials durch Reiben mit einem Werkzeug, Schleifmittel oder Chemikalien glättet. @de

polymer
type: Class
subclass of: engineered material
editor note: Classified by morphology.
definition: A polymer is an engineered material that consists of many repeated subunits (monomers) to form long chains. The atoms within a polymer chain are bonded together by covalent bonds. The intermolecular forces between polymer chains are typically represented by Van der Waals forces and hydrogen bonds.
isInMinimalProfile: true

pore growth
type: Class
subclass of: evolution of damage
definition: Pore Growth is an evolution of damagfe describing the process by which voids or pores in a material increase in size, often affecting its mechanical and physical properties.
isInMinimalProfile: true

connected material entity aggregate
type: Class
subclass of: object aggregate
definition: A material entity aggregate that is a mereological sum of separate material entities, which adhere to one another through chemical bonds or physical junctions that go beyond gravity.
example: the atoms of a molecule, the molecules forming the membrane of a cell, the epidermis in a human body
isInMinimalProfile: true

disconnected material entity aggregate
type: Class
subclass of: object aggregate
definition: A material entity aggregate that is a mereological sum of scattered (i.e. spatially separated) material entities, which do not adhere to one another through chemical bonds or physical junctions but, instead, relate to one another merely on grounds of metric proximity. The material entities are separated from one another through space or through other material entities that do not belong to the group.
example: a heap of stones, a colony of honeybees, a group of synapses, the trees of a forest, the canopy of a forest, the fish of a shoal, a group of commuters on the subway, the patients in a hospital
isInMinimalProfile: true

powder
type: Class
subclass of: disconnected material entity aggregate
definition: A powder is a dry, solid disconnected material entity aggragate composed of many very fine particles. These particles can flow freely when shaken or tilted.
isInMinimalProfile: true

precision lathe
type: Class
label: Präzisionsdrehmaschine @de
subclass of: lathe
definition: A Precision Lathe is a Lathe that rotates a workpiece about an axis to perform various operations such as cutting, sanding, drilling, or deformation with extreme accuracy.
definition: Eine Präzisionsdrehmaschine ist eine Drehmaschine, die ein Werkstück um eine Achse dreht, um verschiedene Operationen wie Schneiden, Schleifen, Bohren oder Verformung mit extremer Genauigkeit durchzuführen. @de

pressing on - in
type: Class
label: Anpressen - Einpressen @de
subclass of: joining
definition source: Official definition can be found in: DIN 8593-3
definition source: Offizielle Definition findet man in: DIN 8593-3 @de
definition: A joining process that involves mechanically pressing one component into or onto another to create a secure fit, thereby establishing a strong mechanical connection.
definition: Ein Füge Prozess, bei dem ein Bauteil mechanisch in oder auf ein anderes gepresst wird, um eine sichere Passung und damit eine feste mechanische Verbindung herzustellen. @de
example: Clamps, Brackets, Wedging

pressure
type: Class
comment: The pressure is commonly measured in Pascals.
subclass of: intensive quality
disjoint with: temperature
definition: The pressure is a thermodynamic quality describing the force exerted per unit area on a material.
isInMinimalProfile: true

temperature
type: Class
comment: The concept refers to an absolute tempeature, not to be mistaken with temperature difference.
comment: To express that an object has a temperature, the property 'intensive bearer of' can be used. It implies a chain of: object consists of some portion of matter and portion of matter bearer of some temperature.
subclass of: intensive quality
definition: The temperature is a fundamental intensive quality representing the average atomic or molcular movement or vibration of a portion of matter.
isInMinimalProfile: true

pressure measuring function
type: Class
label: Druckmessfunktion @de
subclass of: measuring function
definition: A subfunction of measuring performed to determine the pressure of gases or liquids.
definition: Eine Unterfunktion des Messens, die durchgeführt wird, um den Druck von Gasen oder Flüssigkeiten zu bestimmen. @de
isInMinimalProfile: true

primary shaping
type: Class
label: Urformen @de
subclass of: manufacturing process
definition source: Official definition can be found in: DIN 8580:2003-9 Fertigungsverfahren, Page 4, 3.1.1 Urformen - Definition
definition source: Offizielle Definition findet man in: DIN 8580:2003-9 Fertigungsverfahren, Seite 4, 3.1.1 Urformen - Definition @de
alternative label: Primary Forming
definition: A manufacturing process that creates a defined workpiece from shapeless material by producing cohesion, whereby the characteristic properties of the material become visible in the end product.
definition: Ein Herstellungsprozess, der aus formlosem Stoff durch das Herstellen von Kohäsion ein definiertes Werkstück schafft, wobei die charakteristischen Eigenschaften des Materials im Endprodukt sichtbar werden. @de
example: Casting, Sintering

primary shaping by additive manufacturing
type: Class
label: Urformen Durch Additive Fertigung @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials through additive manufacturing techniques.
definition: Ein Urformprozess, der das Formen von Materialien durch additive Fertigungstechniken beinhaltet. @de
example: 3D printing of polymer objects.

primary shaping by welding
type: Class
label: Urformen Durch Schweissen @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials by welding.
definition: Ein Urformprozess, der das Formen von Materialien durch SchweiÃen beinhaltet. @de
example: Fabrication of steel structures using welding techniques.

primary shaping from the chip or fiber state
type: Class
label: Urformen Aus Dem Spanförmigen Oder Faserförmigen Zustand @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials from a chip or fiber state.
definition: Ein Urformprozess, der das Formen von Materialien aus einem span- oder faserförmigen Zustand beinhaltet. @de
example: Compression molding of wood chips into particle boards.

primary shaping from the gaseous or vapor state
type: Class
label: Urformen Aus Dem Gasförmigen Oder Dampfförmigen Zustand @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials from a gaseous or vapor state.
definition: Ein Urformprozess, der das Formen von Materialien aus einem gasförmigen oder dampfförmigen Zustand beinhaltet. @de
example: Chemical vapor deposition (CVD) for thin film production.

primary shaping from the granular or powdered state
type: Class
label: Urformen Aus Dem Körnerförmigen Oder Pulverförmigen Zustand @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials from a granular or powdered state.
definition: Ein Urformprozess, der das Formen von Materialien aus einem körnigen oder pulverförmigen Zustand beinhaltet. @de
example: Powder metallurgy for creating metal parts.

primary shaping from the ionized state
type: Class
label: Urformen Aus DemIonisierten Zustand @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials from an ionized state.
definition: Ein Urformprozess, der das Formen von Materialien aus einem ionisierten Zustand beinhaltet. @de
example: Plasma arc welding.

primary shaping from the liquid state
type: Class
label: Urformen Aus Dem Flüssigen Zustand @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials from a liquid state.
definition: Ein Urformprozess, der das Formen von Materialien aus einem flüssigen Zustand beinhaltet. @de
example: Casting of molten metal into molds.

primary shaping from the plastic state
type: Class
label: Urformen Aus Dem Plastischen Zustand @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials from a plastic state.
definition: Ein Urformprozess, der das Formen von Materialien aus einem plastischen Zustand beinhaltet. @de
example: Thermoforming of plastic sheets.

primary shaping from the pulpy or pasty state
type: Class
label: Urformen Aus Dem Breiigen Oder Pastösen Zustand @de
subclass of: primary shaping
definition: A Primary Shaping process that involves forming materials through the transition from a pulpy or pasty state into a solid form.
definition: Ein Urformprozess, der das Formen von Materialien durch den Ãbergang aus einem breiigen oder pastösen Zustand in eine feste Form beinhaltet. @de
example: Pottery

project
type: Class
label: Projekt @de
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
subclass of: Class
  intersection of: process
  intersection of: Restriction
    on property: realizes
    some values from: plan
definition: A series of goal-orientated (intent) activities and interactions to achieve a specific outcome.
definition: Eine Reihe von zielorientierten (absichtlichen) Aktivitäten und Interaktionen, um ein bestimmtes Ergebnis zu erzielen. @de
isInMinimalProfile: true

rebound hardness
type: Class
subclass of: hardness
definition: The rebound hardness is representing a measure of a material's hardness based on the height of rebound of a hammer dropped on the material.
isInMinimalProfile: true

reinforcement learning
type: Class
label: Reinforcement Learning @de
subclass of: deep learning
definition: A Deep Learning process that involves training models to make sequences of decisions by rewarding desired actions and punishing undesired ones.
definition: Ein Deep Learning Prozess, der Modelle darin trainiert, Abfolgen von Entscheidungen zu treffen, indem gewünschte Aktionen belohnt und unerwünschte bestraft werden. @de
example: Using RL to optimize the process parameters in additive manufacturing (3D printing) to achieve the desired material properties and reduce defects.
abbreviation: RL

removing
type: Class
label: Abtragen @de
subclass of: separating
definition source: Official definition can be found in: DIN 8590
definition source: Offizielle Definition findet man in: DIN 8590 @de
definition: A Seperating process that involves removing material through thermical, chemical and electrochemical methods.
definition: Ein Trennprozess, bei dem Material durch thermische, chemische und elektrochemische Methoden abgetragen wird. @de
example: Electrical Discharge Machining, Thermal Ablation

rheological property analyzing process
type: Class
label: Rheologische Eigenschaften Analyseverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that determines the flow and deformation behavior of materials under applied forces, including viscosity, elasticity, and plasticity, often through rheometry and viscometry techniques.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das das FlieÃ- und Deformationsverhalten von Materialien unter Einwirkung von Kräften bestimmt, einschlieÃlich Viskosität, Elastizität und Plastizität, oft durch Rheometrie- und Viskosimetrie-Techniken. @de

rheometer
type: Class
label: Rheometer @de
subclass of: device
definition: A device used to measure the flow and deformation properties of materials, particularly liquids and semi-solids.
definition: Ein Gerät zur Messung der FlieÃ- und Verformungseigenschaften von Materialien, insbesondere von Flüssigkeiten und Halbfeststoffen. @de

rheometry
type: Class
label: Rheometry @de
subclass of: rheological property analyzing process
definition: A Rheological Property Analyzing Process that measures the flow and deformation behavior of materials, including complex fluids and soft solids, to provide comprehensive data on viscoelastic properties using rheometers.
definition: Ein Rheologisches Eigenschaften Analyseverfahren, das das FlieÃ- und Verformungsverhalten von Materialien misst, einschlieÃlich komplexer Flüssigkeiten und weicher Feststoffe, um umfassende Daten zu viskoelastischen Eigenschaften unter Verwendung von Rheometern zu liefern. @de

sample role
type: Class
label: Probe-Rolle @de
subclass of: role
editor note: ANMERKUNG: Ein Sample ist ein Teil (oder das Ganze) eines Probestücks. Das Probestück wird bei der Herstellung eines industriell verwendeten Produktes gezielt für die Ãberprüfung des Produkteigenschaften bereitgestellt. CAVE: Diese Anmerkung beschreibt das Objekt, welches die Rolle, die durch diese owl:Class definiert wird, realisiert. ANMERKUNG: Die exakte Wortwahl der EN 10021 wurde verallgemeinert. @de
editor note: In certain cases, the sample can be the specimen or the test piece itself.
editor note: Mitunter kann der Probenabschnitt (Sample) unmittelbar als Prüfling (Specimen) oder Probe dienen. @de
editor note: NOTE: A Sample is a part (or the whole) of a Sample product. The Sample product is specifically produced portion of an industrially used and traded product for the purpose of determining the properties/quality of the product. CAVE: This note describes the object, that realizes the role defined by this owl:Class. NOTE: The wording used in EN 10021 was generalized.
definition source: EN 10021:2006-12 (European standardization committee: CEN/TC 459/SC 12/WG 4)
definition: Role of an object, which is a quantity of material taken from a (sample) product, that is sufficient for the purpose of obtaining test pieces.
definition: Rolle eines Objektes, das eine von einem Probestück/Material entnommene Menge ist, welche (vom Umfang her) geeignet ist Proben (Test Pieces) herzustellen. @de

scanning electron microscope
type: Class
label: Rasterelektronenmikroskop @de
subclass of: microscope
definition: A Scanning Electron Microscope (SEM) is a Measuring Device that produces high-resolution images of a sample surface by scanning it with a focused beam of electrons.
definition: Ein Rasterelektronenmikroskop (REM) ist ein Messgerät, das hochauflösende Bilder einer Probenoberfläche erzeugt, indem es sie mit einem fokussierten Elektronenstrahl abtastet. @de

pair of scissors
type: Class
label: Schere @de
subclass of: cutting device
definition: A tool with two sharp blades that are brought together by pressure on the handles to cut paper, fabric, or other materials.
definition: Ein Werkzeug mit zwei scharfen Klingen, die durch Druck auf die Griffe zusammengeführt werden, um Papier, Stoff oder andere Materialien zu schneiden. @de

scratch testing machine
type: Class
label: Kratzprüfmaschine @de
subclass of: device
definition: A device used to test the scratch resistance of materials by applying a scratching force.
definition: Ein Gerät zur Prüfung der Kratzfestigkeit von Materialien durch Anwendung einer Kratzkraft. @de

scratch testing process
type: Class
label: Ritzhärteprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that evaluates a material's resistance to scratching, measuring hardness and adhesion properties.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das den Widerstand eines Materials gegen Kratzer bewertet und seine Härte- und Haftungseigenschaften misst. @de
example: Scratch testing of a coated surface to determine the adhesion quality of the coating to the substrate.

shear testing machine
type: Class
label: Schubprüfmaschine @de
subclass of: device
definition: A device used to measure the shear strength of materials by applying a shearing force and measuring deformation.
definition: Ein Gerät zur Messung der Scherfestigkeit von Materialien durch Anwendung einer Schubkraft und Messung der Verformung. @de

shear testing process
type: Class
label: Schubprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that measures a material's response to shear forces, determining its shear strength and shear modulus.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Reaktion eines Materials auf Scherkräfte misst und seine Scherfestigkeit und seinen Schermodul bestimmt. @de
example: Shear testing of rivets to ensure they can hold structural components together under lateral loads.

simulation device
type: Class
label: Simulationsknoten @de
subclass of: computing device
definition: A processing node that implements foo as well as consumes and creates simulation objects and parameters.

sintering
type: Class
label: Sintern @de
subclass of: changing properties of material
definition source: https://industrylist.com/glossar/stoffeigenschaften-aendern/sintern/
definition: A changing properties of materials process in which granular and powdery materials, which have already been shaped in the first step, are mixed and combined and compacted by heating.
definition: Ein Stoffeigenschaftsänderungsprozess, bei dem körnige und pulverförmige Stoffe, welche im ersten Schritt bereits in Form gebracht wurden, vermischt und durch Erwärmung verbunden und verdichtet werden. @de
example: Metal Powder Sintering, Ceramic Sintering

sizing saw
type: Class
label: Formatkreissäge @de
subclass of: circular saw
definition: A sizing saw is an industrial circular saw designed for large cutting formats in woodworking and furniture production.
definition: Eine Formatkreissäge ist eine industrielle Kreissäge, die für groÃe Schnittformate in der Holzverarbeitung und Möbelherstellung ausgelegt ist. @de

slide
type: Class
label: Schlitten @de
subclass of: device
definition: A moving piece that is guided by a part along its path, providing the mount for objects.

soldering device
type: Class
label: Lötgerät @de
subclass of: device
definition: A device used for joining materials together by melting and applying a filler metal.
definition: Ein Gerät zum Verbinden von Materialien durch Schmelzen und Auftragen eines Füllmetalls. @de

soldering function
type: Class
label: Lötfunktion @de
subclass of: joining function
definition: A subfunction of joining performed to connect materials using soldering techniques.
definition: Eine Unterfunktion des Verbindens, die durchgeführt wird, um Materialien durch Löttechniken zu verbinden. @de
isInMinimalProfile: true

spalling testing machine
type: Class
label: Abplatzprüfmaschine @de
subclass of: device
definition: A device used to test the resistance of materials to spalling or flaking under various conditions.
definition: Ein Gerät zur Prüfung der Widerstandsfähigkeit von Materialien gegenüber Abplatzungen oder Abblätterungen unter verschiedenen Bedingungen. @de

spalling testing process
type: Class
label: Abplatzprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that evaluates the resistance of a material to surface spalling or flaking under high impact or thermal stresses.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Widerstandsfähigkeit eines Materials gegen Oberflächenabplatzungen oder Abblättern unter hohen StoÃ- oder thermischen Belastungen bewertet. @de
example: Spalling testing of refractory bricks used in furnaces to ensure their longevity and performance under extreme conditions.

specific surface area
type: Class
subclass of: intensive quality
definition: The specific surface area is a morphologic quality describing the total surface area of a material per unit of mass or volume.
isInMinimalProfile: true

spectrometer
type: Class
label: Spektrometer @de
subclass of: device
definition: A Spectrometer is a Measuring Device that measures the properties of light over a specific portion of the electromagnetic spectrum, typically to analyze the composition of a material.
definition: Ein Spektrometer ist ein Messgerät, das die Eigenschaften von Licht über einen bestimmten Teil des elektromagnetischen Spektrums misst, typischerweise zur Analyse der Zusammensetzung eines Materials. @de

spectrum
type: Class
subclass of: 1D
disjoint with: time series
definition: A spectrum is a 1-D information content entity that describes the range of wavelengths or frequencies of a physical property, often used in reference to light, sound, or electromagnetic radiation.
isInMinimalProfile: true

time series
type: Class
subclass of: 1D
definition: A time series is a 1-D information content entity defined by a sequence of data points collected or recorded at successive time intervals, used for analyzing temporal properties or trends.
isInMinimalProfile: true

speed of sound
type: Class
subclass of: accoustic property
definition: The speed of sound is an accoustic property representing the rate at which sound waves travel through a material, dependent on its density and elastic properties.
isInMinimalProfile: true

strength
type: Class
subclass of: mechanical property
definition: The strength is a mechanical property describing the maximum stress a material can withstand before failure.
isInMinimalProfile: true

stochastic simulation
type: Class
subclass of: simulation method specification
definition: a simulation approach that incorporates random variables to model probabilistic systems or processes.
isInMinimalProfile: true

structural and chemical decay
type: Class
subclass of: evolution of damage
definition: The structural and chemical decay is an evolution of damage describing the deterioration of a material's structure and composition over time due to environmental or operational conditions.
isInMinimalProfile: true

structural material
type: Class
subclass of: functional material
subclass of: Class
  intersection of: functional material
  intersection of: Restriction
    on property:
      inverse of: consists of
    some values from: Class
      intersection of: object
      intersection of: Restriction
        on property: has function
        some values from: mechanical function
subclass of: Restriction
  on property:
    inverse of: consists of
  some values from: Class
    intersection of: object
    intersection of: Restriction
      on property: has function
      some values from: mechanical function
subclass of: Class
  intersection of: functional material
  intersection of: Restriction
    on property:
      inverse of: consists of
    some values from: Class
      intersection of: object
      intersection of: Restriction
        on property: has function
        some values from: mechanical function
subclass of: Restriction
  on property:
    inverse of: consists of
  some values from: Class
    intersection of: object
    intersection of: Restriction
      on property: has function
      some values from: mechanical function
subclass of: Class
  intersection of: functional material
  intersection of: Restriction
    on property:
      inverse of: consists of
    some values from: Class
      intersection of: object
      intersection of: Restriction
        on property: has function
        some values from: mechanical function
subclass of: Restriction
  on property:
    inverse of: consists of
  some values from: Class
    intersection of: object
    intersection of: Restriction
      on property: has function
      some values from: mechanical function
editor note: Classified by the role in a system.
definition: A Structural Material S is an Engineered Material which has the disposition to be used for an Object O (O consists of S) and O's function is primarily mechanical load carrying.
isInMinimalProfile: true

structural optimization simulation
type: Class
label: Strukturoptimierungssimulation @de
subclass of: simulation process
definition: A Simulation Process that aims to find the most stable structure of a molecular system by minimizing its energy.
definition: Ein Simulationsprozess, der darauf abzielt, die stabilste Struktur eines molekularen Systems durch Minimierung seiner Energie zu finden. @de
example: Optimizing the atomic structure of a catalyst to enhance its performance.

subject of adjustment role
type: Class
label: Einstellungsgegenstandsrolle @de
subclass of: device role
definition: Role of a device that is being adjusted. The role is realized in an adjustment process.
definition: Rolle eines Gerätes (Einstellungsgegenstand), das eingestellt wird. Die Rolle wird ein einem Einstellungsprozess realisiert. @de

subject of calibration role
type: Class
label: Kalibrierungsgegenstandsrolle @de
subclass of: device role
definition: Role of a device that is being calibrated. The role is realized in a calibration process.
definition: Rolle eines Gerätes (Kalibrierungsgegenstand), das kalibriert wird. Die Rolle wird ein einem Kalibrierungsprozess realisiert. @de
isInMinimalProfile: true

sublimation point
type: Class
subclass of: phase boundary
definition: The sublimation point is a phase boundary that describes the temperature at which a material transitions directly from a solid to a gaseous state without passing through the liquid phase.
isInMinimalProfile: true

supercritical fluid chromatography process
type: Class
label: Ãberkritische Fluidchromatographie Verfahren @de
subclass of: chromatography process
definition: A Chromatography Process that utilizes a supercritical fluid as the mobile phase to separate components, offering higher speed and efficiency compared to traditional methods.
definition: Ein Chromatographieverfahren, das ein überkritisches Fluid als mobile Phase verwendet, um Komponenten zu trennen, und im Vergleich zu traditionellen Methoden eine höhere Geschwindigkeit und Effizienz bietet. @de
example: Supercritical fluid chromatography is used to separate and analyze complex mixtures of polymers and plastics.

supercritical fluid chromatography system
type: Class
label: Ãberkritisches Fluid-Chromatographiesystem @de
subclass of: chromatography system
definition: A device used for separating and analyzing compounds using supercritical fluids as the mobile phase in chromatography.
definition: Ein Gerät zur Trennung und Analyse von Verbindungen unter Verwendung von überkritischen Flüssigkeiten als mobile Phase in der Chromatographie. @de

supervised machine learning
type: Class
label: supervised learning @de
subclass of: machine learning
definition: A Machine Learning process that learns a function mapping from input data to labeled output data.
definition: Ein Maschinelles Lernen Prozess, der eine Funktion erlernt, die Eingabedaten auf beschriftete Ausgabedaten abbildet. @de
example: Training a model to predict the tensile strength of a material based on its composition and manufacturing process parameters. This involves using a dataset where the tensile strength is already known (labeled data) to train the model.

temperature measuring function
type: Class
label: Temperaturmessfunktion @de
subclass of: measuring function
definition: A subfunction of measuring performed to determine the temperature of an object or environment.
definition: Eine Unterfunktion des Messens, die durchgeführt wird, um die Temperatur eines Objekts oder einer Umgebung zu bestimmen. @de
isInMinimalProfile: true

temporal property
type: Class
subclass of: behavioral material property
subclass of: Restriction
  on property: stimulated by
  some values from: passing of time
subclass of: Restriction
  on property: stimulated by
  some values from: passing of time
subclass of: Restriction
  on property: stimulated by
  some values from: passing of time
definition: A temporal property is a material property that represents attributes related to the time-dependent behavior of a material or process.
isInMinimalProfile: true

tensile testing machine
type: Class
label: Zugprüfmaschine @de
subclass of: device
definition: A device used to test the tensile strength and elongation of materials by applying a stretching force.
definition: Ein Gerät zur Prüfung der Zugfestigkeit und Dehnung von Materialien durch Anwendung einer Dehnkraft.

tensile testing process
type: Class
label: Zugprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that determines a material's response to tensile forces, measuring its tensile strength, elongation, and Young's modulus.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das die Reaktion eines Materials auf Zugkräfte bestimmt und seine Zugfestigkeit, Dehnung und seinen Elastizitätsmodul misst. @de
example: Tensile testing of polymer films to ensure they can stretch without breaking in packaging applications

test piece role
type: Class
label: Proben-Rolle @de
subclass of: role
editor note: ANMERKUNG: Ein Test Piece ist ein Teilstück (potenziell alles) eines Specimens, welches die Bedingungen erfüllt, die durch ein anzuwendendes Prüfverfahren gestellt werden. Ein Specimen erfüllt diese Anforderungen im Allgemeinen erst nach weiterer Bearbeitung. CAVE: Diese Anmerkung beschreibt das Objekt, welches die Rolle, die durch diese owl:Class definiert wird, realisiert. ANMERKUNG: Die exakte Wortwahl der EN 10021 wurde verallgemeinert. @de
editor note: In certain cases, the test piece can be the sample or the specimen itself.
editor note: Mitunter kann der Probenabschnitt (Sample) oder der Prüfling (Specimen) unmittelbar als Probe dienen. @de
editor note: NOTE: A Test Piece is a piece that is taken from a specimen (potentially the whole specimen), which fulfills the requirements, that are set by the test procedure in which the test piece is about to be used. A specimen fulfills this requierements generally speaking only after further treatment/processing. CAVE: This note describes the object, that realizes the role defined by this owl:Class. NOTE: The wording used in EN 10021 was generalized.
definition source: EN 10021:2006-12 (European standardization committee: CEN/TC 459/SC 12/WG 4)
definition: Rolle eines Objekts, welches eine Probe ist, die aus einem Prüfling (Specimen) oder Probenabschnitt (Sample) entnommen wurde; die Probe hat festgelegte Dimensionen, kann maschinell bearbeitet sein, wurde in einen für die Verwendung in einem Prüfverfahren notwendigen Zustand gebracht @de
definition: role of object which is a part taken from a specimen or sample; the part has specified dimensions, is machined or un-machined, brought to a required condition for submission to a given test

testing function
type: Class
label: Testfunktion @de
subclass of: function
definition: A function performed to assess or evaluate the properties, performance, or quality of materials or devices.
definition: Eine Funktion, die durchgeführt wird, um die Eigenschaften, Leistung oder Qualität von Materialien oder Geräten zu bewerten. @de
isInMinimalProfile: true

textile joining
type: Class
label: Textiles Fügen @de
subclass of: joining
definition source: Keine offizielle Definition in DIN @de
definition source: No offical definition in DIN
definition: A joining process that involves connecting textile materials.
definition: Ein Füge Prozess, bei dem textile Materialien miteinander verbunden werden. @de
example: Sewing, Stapling

thermal conductivity measurement process
type: Class
label: Wärmeleitfähigkeitsmessverfahren @de
subclass of: thermal property analyzing process
definition: A Thermal Property Analyzing Process that measures the thermal conductivity of a material, determining its ability to conduct heat.
definition: Ein Thermische Eigenschaften Analyseverfahren, das die Wärmeleitfähigkeit eines Materials misst und dessen Fähigkeit bestimmt, Wärme zu leiten. @de
example: Measuring the thermal conductivity of a composite material used in aerospace applications to ensure efficient heat dissipation.
abbreviation: TCMP

thermal conductivity measuring function
type: Class
label: Wärmeleitfähigkeitsmessfunktion @de
subclass of: measuring function
definition: A function that inheres in devices used to measure the thermal conductivity of materials.
definition: Eine Funktion, die in Geräten besteht, die zur Messung der Wärmeleitfähigkeit von Materialien verwendet werden. @de
isInMinimalProfile: true

thermocouple
type: Class
label: Thermoelement @de
subclass of: device
definition source: âThermocouple.â Merriam-Webster.com Dictionary, Merriam-Webster, https://www.merriam-webster.com/dictionary/thermocouple. Accessed 13 Jan. 2023.
definition: A device for measuring temperature in which a pair of wires of dissimilar metals (such as copper and iron) are joined and the free ends of the wires are connected to an instrument (such as a voltmeter) that measures the difference in potential created at the junction of the two metals.
definition: Ein Gerät zur Temperaturmessung, bei dem ein Paar Drähte aus unterschiedlichen Metallen (z. B. Kupfer und Eisen) verbunden und die freien Enden der Drähte mit einem Instrument (z. B. einem Voltmeter) verbunden werden, das die an der Verbindungsstelle erzeugte der beiden Metalle Potentialdifferenz misst . @de

thermocycler
type: Class
label: Thermocycler @de
subclass of: temperature change device
definition: A Thermocycler is a Temperature Change Device that rapidly changes the temperature of a sample in cycles, often used in polymerase chain reactions (PCR).
definition: Ein Thermocycler ist ein Temperaturwechselgerät, das die Temperatur einer Probe in Zyklen schnell ändert, oft verwendet in der Polymerase-Kettenreaktion (PCR). @de

thermogravimetric analysis process
type: Class
label: Thermogravimetrische Analyse-Verfahren @de
subclass of: thermal property analyzing process
definition: A Thermal Property Analyzing Process that measures the change in mass of a material as a function of temperature or time in a controlled atmosphere, determining its thermal stability and composition.
definition: Ein Thermische Eigenschaften Analyseverfahren, das die Massenänderung eines Materials in Abhängigkeit von Temperatur oder Zeit in einer kontrollierten Atmosphäre misst und dessen thermische Stabilität und Zusammensetzung bestimmt. @de
example: Thermogravimetric analysis of a metal alloy to determine its oxidation stability at high temperatures.
abbreviation: TGA

thermomechanical analysis process
type: Class
label: Thermomechanische Analyse-Verfahren @de
subclass of: mechanical property analyzing process
subclass of: thermal property analyzing process
definition: A Thermoanalytical Process that measures the dimensional changes of a material as a function of temperature, determining its coefficient of thermal expansion.
definition: Ein Thermoanalytisches Verfahren, das die MaÃänderungen eines Materials als Funktion der Temperatur misst und seinen thermischen Ausdehnungskoeffizienten bestimmt. @de
example: Thermomechanical analysis of a polymer to ensure it maintains dimensional stability under varying temperature conditions.
abbreviation: TMA

thermomechanical treatment
type: Class
label: Thermomechanisches Behandeln @de
subclass of: changing properties of material
definition: A Changing Properties Of Material process that involves the simultaneous application of heat and mechanical stresses. Thermomechanical treatment is utilized to alter and improve the material's microstructure and mechanical properties.
definition: Ein Stoffeigenschaft Ãndern Prozess, der die gleichzeitige Anwendung von Wärme und mechanischen Spannungen beinhaltet. Die thermomechanische Behandlung wird eingesetzt, um die Mikrostruktur und die mechanischen Eigenschaften des Materials zu verändern und zu verbessern. @de
example: Hot Isostatic Pressing

thin-layer chromatography process
type: Class
label: Dünnschichtchromatographie Verfahren @de
subclass of: chromatography process
definition: A Chromatography Process that separates non-volatile mixtures by applying a sample on a thin layer of an adsorbent material and using a solvent to move the components up the layer based on their affinities.
definition: Ein Chromatographieverfahren, das nichtflüchtige Gemische trennt, indem eine Probe auf eine dünne Schicht eines Adsorptionsmaterials aufgetragen und ein Lösungsmittel verwendet wird, um die Komponenten basierend auf ihren Affinitäten entlang der Schicht zu bewegen. @de
example: Using thin-layer chromatography to analyze the composition of a polymer mixture to identify different components.

thin layer chromatography system
type: Class
label: Dünnschichtchromatographiesystem @de
subclass of: chromatography system
definition: A device used for separating compounds in a sample using a thin layer of adsorbent material on a plate.
definition: Ein Gerät zur Trennung von Verbindungen in einer Probe unter Verwendung einer dünnen Schicht adsorbierenden Materials auf einer Platte. @de

3d printer
type: Class
label: 3D-Drucker @de
subclass of: additive manufacturing device
definition: A 3D Printer is an Additive Manufacturing Device that creates three-dimensional objects by building them layer by layer from a digital model.
definition: Ein 3D-Drucker ist ein Gerät für die additive Fertigung, das dreidimensionale Objekte durch schichtweises Aufbauen aus einem digitalen Modell erzeugt. @de

torsion testing machine
type: Class
label: Torsionsprüfmaschine @de
subclass of: device
definition: A device used to test the resistance of materials to twisting forces by applying a torque and measuring the resulting deformation.
definition: Ein Gerät zur Prüfung des Widerstands von Materialien gegenüber Drehkräften durch Anwendung eines Drehmoments und Messung der resultierenden Verformung. @de

torsion testing process
type: Class
label: Torsionsprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that assesses a material's behavior when subjected to twisting forces, determining its torsional strength and shear modulus.
definition: Ein Mechanische Eigenschaften Analyseverfahren, das das Verhalten eines Materials bei Torsionskräften bewertet und seine Torsionsfestigkeit und Schermodul bestimmt. @de
example: Evaluating the torsional strength of a metal rod used in a mechanical shaft to prevent failure under rotational loads.

triple point
type: Class
subclass of: phase boundary
definition: The triple point is a phase boundary described by the specific temperature and pressure at which three phases of a substance coexist in equilibrium.
isInMinimalProfile: true

ultrasonic cleaner
type: Class
label: Ultraschallreiniger @de
subclass of: cleaning device
definition: A device that uses ultrasound and a cleaning solvent to clean delicate or complex items.
definition: An Ultrasonic Cleaner is a Cleaning Device that uses high-frequency sound waves and a cleaning solvent to remove contaminants from delicate or complex items.
definition: Ein Gerät, das Ultraschall und ein Reinigungsmittel verwendet, um empfindliche oder komplexe Gegenstände zu reinigen. @de
definition: Ein Ultraschallreiniger ist ein Reinigungsgerät, das Hochfrequenzschallwellen und ein Reinigungsmittel verwendet, um Verunreinigungen von empfindlichen oder komplexen Gegenständen zu entfernen. @de

ultraviolet visible spectrophotometer
type: Class
label: Ultraviolett-Visible-Spektrophotometer @de
subclass of: device
definition: A device used to measure the absorbance of a sample in the ultraviolet and visible regions of the electromagnetic spectrum.
definition: Ein Gerät zur Messung der Absorption einer Probe im ultravioletten und sichtbaren Bereich des elektromagnetischen Spektrums. @de

unsupervised machine learning
type: Class
label: Unsupervised Learning @de
subclass of: machine learning
definition: A Machine Learning process that identifies patterns and relationships in data without using labeled outcomes.
definition: Ein Maschinelles Lernen Prozess, der Muster und Zusammenhänge in Daten identifiziert, ohne beschriftete Ergebnisse zu verwenden. @de
example: Using clustering algorithms to group similar materials based on their properties (e.g., hardness, elasticity, thermal conductivity) without prior knowledge of the categories. For instance, discovering new categories of alloy compositions that exhibit similar thermal properties.

viscometer
type: Class
label: Viskosimeter @de
subclass of: device
definition: A device used to measure the viscosity of liquids, providing information about their flow properties.
definition: Ein Gerät zur Messung der Viskosität von Flüssigkeiten, das Informationen über ihre FlieÃeigenschaften liefert. @de

viscometry
type: Class
label: Viskosimetrie @de
subclass of: rheological property analyzing process
definition: A Rheological Property Analyzing Process that measures the viscosity of a fluid, which is its resistance to gradual deformation by shear or tensile stress, using viscometers or rheometers.
definition: Ein Rheologisches Eigenschaften Analyseverfahren, das die Viskosität einer Flüssigkeit misst, also deren Widerstand gegen allmähliche Verformung durch Scher- oder Zugspannung, unter Verwendung von Viskosimetern oder Rheometern. @de

water purification system
type: Class
label: Wasseraufbereitungssystem @de
subclass of: device
definition: A Water Purification System is a Device used to remove contaminants from water to produce clean and safe drinking water.
definition: Ein Wasseraufbereitungssystem ist ein Gerät, das verwendet wird, um Verunreinigungen aus Wasser zu entfernen, um sauberes und sicheres Trinkwasser herzustellen. @de

waterjet cutter
type: Class
label: Wasserstrahlschneider @de
subclass of: cutting device
definition: A device that utilizes a high-pressure stream of water or a water stream with abrasive particles to cut materials such as metal, stone, plastic, etc.
definition: Ein Gerät, das einen Hochdruckwasserstrahl oder einen Wasserstrahl mit abrasiven Partikeln verwendet, um Materialien wie Metall, Stein, Kunststoff usw. zu schneiden. @de

wear testing machine
type: Class
label: VerschleiÃprüfmaschine @de
subclass of: device
definition: A device used to test the wear resistance of materials by subjecting them to abrasive conditions.
definition: Ein Gerät zur Prüfung der VerschleiÃfestigkeit von Materialien durch Aussetzen dieser Bedingungen unter Abrasivbedingungen. @de

wear testing process
type: Class
label: VerschleiÃprüfverfahren @de
subclass of: mechanical property analyzing process
definition: A Mechanical Property Analyzing Process that evaluates the resistance of a material to wear and abrasion, simulating real-life conditions of friction.
definition: Ein Mechanische Eigenschaften Analyseverfahrenn, das den Widerstand eines Materials gegen Verschleià und Abrieb bewertet und reale Reibungsbedingungen simuliert. @de
example: Wear testing of automotive brake pads to ensure longevity and performance under repetitive braking conditions.

welding function
type: Class
label: SchweiÃfunktion @de
subclass of: joining function
definition: A subfunction of joining performed to fuse materials together using welding techniques.
definition: Eine Unterfunktion des Verbindens, die durchgeführt wird, um Materialien durch SchweiÃtechniken zu verbinden. @de
isInMinimalProfile: true

x-ray analyzing process
type: Class
label: Röntgen Analyseverfahren @de
subclass of: structural property analyzing process
definition: A Structural Property Analyzing Process that uses X-rays to investigate the internal structure, composition, and properties of materials by measuring the interaction of X-rays with the sample.
definition: Ein Struktur Eigenschaften Analyseverfahren, das Röntgenstrahlen verwendet, um die innere Struktur, Zusammensetzung und Eigenschaften von Materialien zu untersuchen, indem die Wechselwirkung der Röntgenstrahlen mit der Probe gemessen wird. @de

x-ray computed tomography
type: Class
label: Röntgen-Computertomographie @de
subclass of: x-ray analyzing process
definition: A X-ray Analyzing Process, that uses X-rays to create detailed cross-sectional images of an object.
definition: Ein Röntgenanalyseverfahren, das Röntgenstrahlen verwendet, um detaillierte Querschnittsbilder eines Objekts zu erstellen. @de
example: For example, X-ray Computed Tomography can be used to analyze the porosity of cement. This process allows researchers to visualize and quantify the distribution, size, and connectivity of pores within the cement.
abbreviation: CT

x-ray diffraction process
type: Class
label: Beugungsprozess @de
subclass of: x-ray analyzing process
definition: An X-ray Analyzing Process, that involves the interaction of X-rays with the crystalline structure of a material.
definition: Ein Röntgenanalyseverfahren, das die Wechselwirkung von Röntgenstrahlen mit der kristallinen Struktur eines Materials umfasst. @de
example: XRD is used to e.g. determine the crystal structure of newly synthesized compounds to determine the crystal lattice arrangement.
abbreviation: XRD

x-ray mapping
type: Class
label: Röntgen-Mapping @de
subclass of: x-ray analyzing process
definition: An X-ray Analyzing Process that generates a spatial distribution map of the elements within a specimen by scanning the sample with an electron or X-ray beam and detecting the emitted X-rays, providing detailed compositional information across the sample's surface.
definition: Ein Röntgenanalyseverfahren, das eine räumliche Verteilungskarte der Elemente innerhalb einer Probe erstellt, indem die Probe mit einem Elektronen- oder Röntgenstrahl abgetastet und die emittierten Röntgenstrahlen detektiert werden, wodurch detaillierte Zusammensetzungsinformationen über die Oberfläche der Probe geliefert werden. @de
example: An example of an X-ray Mapping process is X-ray Absorption Spectroscopy, X-ray Fluorescence, or X-ray Photoelectron Spectroscopy.

x-ray microanalysis
type: Class
label: Röntgen-Mikroanalyse @de
subclass of: x-ray analyzing process
definition: An X-ray Analyzing Process that determines the elemental composition and chemical properties of a specimen by detecting and analyzing the characteristic X-rays emitted from the sample when it is irradiated with a focused electron beam.
definition: Ein Röntgenanalyseverfahren, das die elementare Zusammensetzung und chemischen Eigenschaften einer Probe bestimmt, indem die charakteristischen Röntgenstrahlen detektiert und analysiert werden, die von der Probe emittiert werden, wenn sie mit einem fokussierten Elektronenstrahl bestrahlt wird. @de
example: An example for X-ray Microanalysis process is Energy Dispersive X-ray Spectroscopy.

x-ray spectroscopy
type: Class
label: Röntgenspektroskopie @de
subclass of: spectroscopy process
definition: A Spectroscopy Process, that analyzes the interaction of X-rays with matter to determine the material's composition and structure.
definition: Ein Spektroskopie Verfahren, das die Wechselwirkung von Röntgenstrahlen mit Materie analysiert, um die Zusammensetzung und Struktur des Materials zu bestimmen. @de
example: Examples are e.g. X-ray absorption spectroscopy, X-ray emission spectroscopy, and X-ray reflection spectroscopy.

x-ray diffractometer
type: Class
label: Röntgenbeugungsgerät @de
subclass of: device
definition: An X-Ray Diffractometer is a Measuring Device that determines the crystal structure of materials by analyzing the diffraction patterns of X-rays passed through a sample.
definition: Ein Röntgenbeugungsgerät ist ein Messgerät, das die Kristallstruktur von Materialien durch Analyse der Beugungsmuster von durch eine Probe geleiteten Röntgenstrahlen bestimmt. @de

x-ray analyzer
type: Class
label: Röntgenanalysator @de
subclass of: device
definition: A device used to analyze the composition and properties of materials through X-ray techniques such as diffraction or fluorescence.
definition: Ein Gerät zur Analyse der Zusammensetzung und Eigenschaften von Materialien durch Röntgenverfahren wie Beugung oder Fluoreszenz. @de

x-ray computed tomography system
type: Class
label: Röntgen-Computertomographiesystem @de
subclass of: device
definition: A device that uses X-ray computed tomography techniques to produce cross-sectional images of a material.
definition: Ein Gerät, das Röntgen-Computertomographietechniken verwendet, um Querschnittsbilder eines Materials zu erstellen. @de

x-ray mapping device
type: Class
label: Röntgenkartierungsgerät @de
subclass of: device
definition: A device used for mapping the spatial distribution of elements or compounds within a material using X-ray fluorescence or diffraction techniques.
definition: Ein Gerät, das zur Kartierung der räumlichen Verteilung von Elementen oder Verbindungen innerhalb eines Materials mithilfe von Röntgenfluoreszenz- oder -beugungstechniken verwendet wird. @de

x-ray microanalysis system
type: Class
label: Röntgenmikroanalyssystem @de
subclass of: device
definition: A device used for microanalysis of materials using X-ray techniques to determine elemental composition at a microscopic scale.
definition: Ein Gerät zur Mikroanalyse von Materialien unter Verwendung von Röntgentechniken zur Bestimmung der Elementzusammensetzung auf mikroskopischer Ebene. @de

phase (spatial)
type: Class
subclass of: spatial region
definition: A phase is a 3D spatial region occupied by a Portion Of Matter whose qualities or dispositions or Material Properties are (considered) uniform at the length scale of interest.
isInMinimalProfile: true

precipitate role
type: Class
subclass of: role
definition: Precipitate is the role of a Portion Of Matter that implies being hosted in a Matrix and the Precipitate derives from the Matrix or the Precipitate derives from the Thing that the Matrix derives from.
isInMinimalProfile: true

chemical composition specification
type: Class
subclass of: information content entity
definition: A 'chemical composition specification' is an information content entity that 'specifies the value of' the chemical components of a material. The chemical components that are quanitfied are the 'portions of atomic species' or 'portions of matter' that the material 'consists of'. A 'chemical composition specification' 'has continuant parts' that quantify the mass proportions or molar proportions that the material 'conists of'.
example: A 'portion of steel' has a quality 'chemical composition CC'. The 'chemical composition specification CCS' specifies the value of CC and 'has continuant part' some 'scalar value specifications SVS_Fe and SVS_C'. SVS_Fe 'specifies the value of' the relational property 'mass proportion' that inheres in the 'portion of steel' as well as the 'portion of iron' that the steel 'consists of'. SVS_C 'specifies the value of' the relational property 'mass proportion' that inheres in the 'proportion of steel' as well as the 'portion of carbon' that the steel 'consists of'.
isInMinimalProfile: true

metallic grain structures
type: Class
subclass of: nature constant
equivalent class: Class
  one of: bainite
  one of: austenite
  one of: ferrite
  one of: ledeburite
  one of: pearlite
  one of: widmanstatten structure
  one of: martensite
equivalent class: Class
  one of: bainite
  one of: austenite
  one of: ferrite
  one of: ledeburite
  one of: pearlite
  one of: widmanstatten structure
  one of: martensite
equivalent class: Class
  one of: bainite
  one of: austenite
  one of: ferrite
  one of: ledeburite
  one of: pearlite
  one of: widmanstatten structure
  one of: martensite
definition: Metallic grain structures are descriptors for the morphology of polycrystalline metallic materials. Polycrystalline metallic materials will typically form their grain structures as one of those categories or a transition or mixture state of those.
isInMinimalProfile: true

bainite
type: NamedIndividual
isInMinimalProfile: true

austenite
type: NamedIndividual
isInMinimalProfile: true

ferrite
type: NamedIndividual
isInMinimalProfile: true

ledeburite
type: NamedIndividual
isInMinimalProfile: true

pearlite
type: NamedIndividual
isInMinimalProfile: true

widmanstatten structure
type: NamedIndividual
isInMinimalProfile: true

martensite
type: NamedIndividual
isInMinimalProfile: true

nature constant
type: Class
subclass of: generically dependent continuant
definition: A nature constant is a generically dependent continuant whose value, magintude or configuration is determined by nature including physics and mathematics.
example: Examples of nature constants are the speed of light, pi, and the 14 Bravais lattices.
isInMinimalProfile: true

hydrogen bond
type: Class
subclass of: bond
definition: A hydrogen bond is a bond that binds one moleculeâs hydrogen atom with the electronegative atoms of another molecule.
example: The bond that forms between liquid water molecules at one molecules hydrogen ends and the other molecules oxigen end.
isInMinimalProfile: true

bond
type: Class
subclass of: force
definition: A bond is a relational quality describing the force interaction between atoms.
isInMinimalProfile: true

pure substance
type: Class
comment: TODO: it is not clear if we really need the 'Portion of pure substance" or if we can just refer to the respecitve chemical entity directly (e.g. in chemical composition).
subclass of: portion of matter
alternative label: Portion of Chemical Entity
definition: A Pure Substance is a Portion Of Matter that 'has part' only one kind of chebi:chemical entity or other similar entity. It has no structural qualities or realizable entites beyond representing its parts of a single enitiy type.
example: Pure water, a portion of iron atoms. Refer to: http://purl.obolibrary.org/obo/CHEBI_24431 In contrast, salt water 'consists of' a portion of pure water and a portion of pure NaCl. Steel 'consists of ' a 'portion of pure iron', a 'portion of pure carbon' and possibly portions of other alloying- and impurity-elements.
isInMinimalProfile: true

portion of indium
type: Class
comment: A Portion Of Matter that consists of only indium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: indium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: indium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: indium atom
    on property: consists of
definition: A 'Portion Of Indium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:indium atom.

portion of chromium
type: Class
comment: A Portion Of Matter that consists of only chromium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: chromium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: chromium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: chromium atom
    on property: consists of
definition: A 'Portion Of Chromium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:chromium atom.

portion of carbon
type: Class
comment: A Portion Of Matter that consists of only carbon atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: carbon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: carbon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: carbon atom
    on property: consists of
definition: A 'Portion Of Carbon' is a 'Portion Of Pure Substance' that 'consists of' only chebi:carbon atom.

portion of germanium
type: Class
comment: A Portion Of Matter that consists of only germanium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: germanium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: germanium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: germanium atom
    on property: consists of
definition: A 'Portion Of Germanium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:germanium atom.

portion of tungsten
type: Class
comment: A Portion Of Matter that consists of only tungsten atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tungsten
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tungsten
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tungsten
    on property: consists of
definition: A 'Portion Of Tungsten' is a 'Portion Of Pure Substance' that 'consists of' only chebi:tungsten.

portion of erbium
type: Class
comment: A Portion Of Matter that consists of only erbium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: erbium
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: erbium
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: erbium
    on property: consists of
definition: A 'Portion Of Erbium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:erbium.

portion of molybdenum
type: Class
comment: A Portion Of Matter that consists of only molybdenum atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: molybdenum atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: molybdenum atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: molybdenum atom
    on property: consists of
definition: A 'Portion Of Molybdenum' is a 'Portion Of Pure Substance' that 'consists of' only chebi:molybdenum atom.

portion of niobium
type: Class
comment: A Portion Of Matter that consists of only niobium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: niobium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: niobium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: niobium atom
    on property: consists of
definition: A 'Portion Of Niobium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:niobium atom.

portion of rhenium
type: Class
comment: A Portion Of Matter that consists of only rhenium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: rhenium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: rhenium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: rhenium atom
    on property: consists of
definition: A 'Portion Of Rhenium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:rhenium atom.

portion of lithium
type: Class
comment: A Portion Of Matter that consists of only lithium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: lithium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: lithium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: lithium atom
    on property: consists of
definition: A 'Portion Of Lithium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:lithium atom.

portion of nitrogen
type: Class
comment: A Portion Of Matter that consists of only nitrogen atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: nitrogen atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: nitrogen atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: nitrogen atom
    on property: consists of
definition: A 'Portion Of Nitrogen' is a 'Portion Of Pure Substance' that 'consists of' only chebi:nitrogen atom.

portion of cobalt
type: Class
comment: A Portion Of Matter that consists of only cobalt atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cobalt atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cobalt atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cobalt atom
    on property: consists of
definition: A 'Portion Of Cobalt' is a 'Portion Of Pure Substance' that 'consists of' only chebi:cobalt atom.

portion of gold
type: Class
comment: A Portion Of Matter that consists of only gold atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: gold atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: gold atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: gold atom
    on property: consists of
definition: A 'Portion Of Gold' is a 'Portion Of Pure Substance' that 'consists of' only chebi:gold atom.

portion of argon
type: Class
comment: A Portion Of Matter that consists of only argon atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: argon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: argon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: argon atom
    on property: consists of
definition: A 'Portion Of Argon' is a 'Portion Of Pure Substance' that 'consists of' only chebi:argon atom.

portion of cadmium
type: Class
comment: A Portion Of Matter that consists of only cadmium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cadmium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cadmium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cadmium atom
    on property: consists of
definition: A 'Portion Of Cadmium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:cadmium atom.

portion of barium
type: Class
comment: A Portion Of Matter that consists of only barium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: barium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: barium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: barium atom
    on property: consists of
definition: A 'Portion Of Barium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:barium atom.

portion of tantalum
type: Class
comment: A Portion Of Matter that consists of only tantalum atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tantalum atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tantalum atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tantalum atom
    on property: consists of
definition: A 'Portion Of Tantalum' is a 'Portion Of Pure Substance' that 'consists of' only chebi:tantalum atom.

portion of antimony
type: Class
comment: A Portion Of Matter that consists of only antimony atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: antimony atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: antimony atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: antimony atom
    on property: consists of
definition: A 'Portion Of Antimony' is a 'Portion Of Pure Substance' that 'consists of' only chebi:antimony atom.

portion of potassium
type: Class
comment: A Portion Of Matter that consists of only potassium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: potassium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: potassium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: potassium atom
    on property: consists of
definition: A 'Portion Of Potassium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:potassium atom.

portion of phosphorus
type: Class
comment: A Portion Of Matter that consists of only phosphorus atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: phosphorus atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: phosphorus atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: phosphorus atom
    on property: consists of
definition: A 'Portion Of Phosphorus' is a 'Portion Of Pure Substance' that 'consists of' only chebi:phosphorus atom.

portion of boron
type: Class
comment: A Portion Of Matter that consists of only boron atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: boron atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: boron atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: boron atom
    on property: consists of
definition: A 'Portion Of Boron' is a 'Portion Of Pure Substance' that 'consists of' only chebi:boron atom.

portion of helium
type: Class
comment: A Portion Of Matter that consists of only helium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: helium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: helium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: helium atom
    on property: consists of
definition: A 'Portion Of Helium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:helium atom.

portion of silicon
type: Class
comment: A Portion Of Matter that consists of only silicon atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: silicon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: silicon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: silicon atom
    on property: consists of
definition: A 'Portion Of Silicon' is a 'Portion Of Pure Substance' that 'consists of' only chebi:silicon atom.

portion of nickel
type: Class
comment: A Portion Of Matter that consists of only nickel atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: nickel atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: nickel atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: nickel atom
    on property: consists of
definition: A 'Portion Of Nickel' is a 'Portion Of Pure Substance' that 'consists of' only chebi:nickel atom.

portion of yttrium
type: Class
comment: A Portion Of Matter that consists of only yttrium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: yttrium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: yttrium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: yttrium atom
    on property: consists of
definition: A 'Portion Of Yttrium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:yttrium atom.

portion of zirconium
type: Class
comment: A Portion Of Matter that consists of only zirconium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: zirconium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: zirconium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: zirconium atom
    on property: consists of
definition: A 'Portion Of Zirconium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:zirconium atom.

portion of copper
type: Class
comment: A Portion Of Matter that consists of only copper atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: copper atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: copper atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: copper atom
    on property: consists of
definition: A 'Portion Of Copper' is a 'Portion Of Pure Substance' that 'consists of' only chebi:copper atom.

portion of bohrium
type: Class
comment: A Portion Of Matter that consists of only bohrium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bohrium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bohrium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bohrium atom
    on property: consists of
definition: A 'Portion Of Bohrium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:bohrium atom.

portion of fluorine
type: Class
comment: A Portion Of Matter that consists of only fluorine atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: fluorine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: fluorine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: fluorine atom
    on property: consists of
definition: A 'Portion Of Fluorine' is a 'Portion Of Pure Substance' that 'consists of' only chebi:fluorine atom.

portion of platinum
type: Class
comment: A Portion Of Matter that consists of only platinum atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: platinum
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: platinum
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: platinum
    on property: consists of
definition: A 'Portion Of Platinum' is a 'Portion Of Pure Substance' that 'consists of' only chebi:platinum.

portion of cerium
type: Class
comment: A Portion Of Matter that consists of only cerium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cerium
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cerium
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: cerium
    on property: consists of
definition: A 'Portion Of Cerium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:cerium.

portion of sulfur
type: Class
comment: A Portion Of Matter that consists of only sulfur atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: sulfur atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: sulfur atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: sulfur atom
    on property: consists of
definition: A 'Portion Of Sulfur' is a 'Portion Of Pure Substance' that 'consists of' only chebi:sulfur atom.

portion of lead
type: Class
comment: A Portion Of Matter that consists of only lead atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: lead atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: lead atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: lead atom
    on property: consists of
definition: A 'Portion Of Lead' is a 'Portion Of Pure Substance' that 'consists of' only chebi:lead atom.

portion of krypton
type: Class
comment: A Portion Of Matter that consists of only krypton atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: krypton atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: krypton atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: krypton atom
    on property: consists of
definition: A 'Portion Of Krypton' is a 'Portion Of Pure Substance' that 'consists of' only chebi:krypton atom.

portion of bismuth
type: Class
comment: A Portion Of Matter that consists of only bismuth atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bismuth atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bismuth atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bismuth atom
    on property: consists of
definition: A 'Portion Of Bismuth' is a 'Portion Of Pure Substance' that 'consists of' only chebi:bismuth atom.

portion of neon
type: Class
comment: A Portion Of Matter that consists of only neon atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: neon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: neon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: neon atom
    on property: consists of
definition: A 'Portion Of Neon' is a 'Portion Of Pure Substance' that 'consists of' only chebi:neon atom.

portion of thallium
type: Class
comment: A Portion Of Matter that consists of only thallium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: thallium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: thallium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: thallium atom
    on property: consists of
definition: A 'Portion Of Thallium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:thallium.

portion of selenium
type: Class
comment: A Portion Of Matter that consists of only selenium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: selenium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: selenium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: selenium atom
    on property: consists of
definition: A 'Portion Of Selenium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:selenium atom.

portion of ruthenium
type: Class
comment: A Portion Of Matter that consists of only ruthenium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: ruthenium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: ruthenium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: ruthenium atom
    on property: consists of
definition: A 'Portion Of Ruthenium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:ruthenium atom.

portion of magnesium
type: Class
comment: A Portion Of Matter that consists of only magnesium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: magnesium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: magnesium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: magnesium atom
    on property: consists of
definition: A 'Portion Of Magnesium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:magnesium atom.

portion of zinc
type: Class
comment: A Portion Of Matter that consists of only zinc atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: zinc atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: zinc atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: zinc atom
    on property: consists of
definition: A 'Portion Of Zinc' is a 'Portion Of Pure Substance' that 'consists of' only chebi:zinc atom.

portion of mercury
type: Class
comment: A Portion Of Matter that consists of only mercury atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: mercury atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: mercury atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: mercury atom
    on property: consists of
definition: A 'Portion Of Mercury' is a 'Portion Of Pure Substance' that 'consists of' only chebi:mercury atom.

portion of xenon
type: Class
comment: A Portion Of Matter that consists of only xenon atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: xenon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: xenon atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: xenon atom
    on property: consists of
definition: A 'Portion Of Xenon' is a 'Portion Of Pure Substance' that 'consists of' only chebi:xenon atom.

portion of aluminium
type: Class
comment: A Portion Of Matter that consists of only aluminium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: aluminium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: aluminium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: aluminium atom
    on property: consists of
definition: A 'Portion Of Aluminium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:aluminium atom.

portion of sodium
type: Class
comment: A Portion Of Matter that consists of only sodium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: sodium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: sodium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: sodium atom
    on property: consists of
definition: A 'Portion Of Sodium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:sodium atom.

portion of iodine
type: Class
comment: A Portion Of Matter that consists of only iodine atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iodine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iodine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iodine atom
    on property: consists of
definition: A 'Portion Of Iodine' is a 'Portion Of Pure Substance' that 'consists of' only chebi:iodine atom.

portion of caesium
type: Class
comment: A Portion Of Matter that consists of only caesium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: caesium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: caesium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: caesium atom
    on property: consists of
definition: A 'Portion Of Caesium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:caesium atom.

portion of chlorine
type: Class
comment: A Portion Of Matter that consists of only chlorine atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: chlorine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: chlorine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: chlorine atom
    on property: consists of
definition: A 'Portion Of Chlorine' is a 'Portion Of Pure Substance' that 'consists of' only chebi:chlorine atom.

portion of silver
type: Class
comment: A Portion Of Matter that consists of only silver atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: silver atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: silver atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: silver atom
    on property: consists of
definition: A 'Portion Of Silver' is a 'Portion Of Pure Substance' that 'consists of' only chebi:silver atom.

portion of samarium
type: Class
comment: A Portion Of Matter that consists of only samarium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: samarium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: samarium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: samarium atom
    on property: consists of
definition: A 'Portion Of Samarium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:samarium atom.

portion of manganese
type: Class
comment: A Portion Of Matter that consists of only manganese atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: manganese atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: manganese atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: manganese atom
    on property: consists of
definition: A 'Portion Of Manganese' is a 'Portion Of Pure Substance' that 'consists of' only chebi:manganese atom.

portion of arsenic
type: Class
comment: A Portion Of Matter that consists of only arsenic atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: arsenic atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: arsenic atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: arsenic atom
    on property: consists of
definition: A 'Portion Of Arsenic' is a 'Portion Of Pure Substance' that 'consists of' only chebi:arsenic atom.

portion of beryllium
type: Class
comment: A Portion Of Matter that consists of only beryllium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: beryllium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: beryllium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: beryllium atom
    on property: consists of
definition: A 'Portion Of Beryllium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:beryllium atom.

portion of calcium
type: Class
comment: A Portion Of Matter that consists of only calcium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: calcium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: calcium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: calcium atom
    on property: consists of
definition: A 'Portion Of Calcium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:calcium atom.

portion of neodymium
type: Class
comment: A Portion Of Matter that consists of only neodymium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: neodymium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: neodymium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: neodymium atom
    on property: consists of
definition: A 'Portion Of Neodymium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:neodymium atom.

portion of hydrogen
type: Class
comment: A Portion Of Matter that consists of only hydrogen atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: hydrogen atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: hydrogen atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: hydrogen atom
    on property: consists of
definition: A 'Portion Of Hydrogen' is a 'Portion Of Pure Substance' that 'consists of' only chebi:hydrogen atom.

portion of osmium
type: Class
comment: A Portion Of Matter that consists of only osmium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: osmium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: osmium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: osmium atom
    on property: consists of
definition: A 'Portion Of Osmium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:osmium atom.

portion of iridium
type: Class
comment: A Portion Of Matter that consists of only iridium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iridium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iridium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: iridium atom
    on property: consists of
definition: A 'Portion Of Iridium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:iridium atom.

portion of gallium
type: Class
comment: A Portion Of Matter that consists of only gallium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: gallium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: gallium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: gallium atom
    on property: consists of
definition: A 'Portion Of Gallium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:gallium atom.

portion of bromine
type: Class
comment: A Portion Of Matter that consists of only bromine atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bromine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bromine atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: bromine atom
    on property: consists of
definition: A 'Portion Of Bromine' is a 'Portion Of Pure Substance' that 'consists of' only chebi:bromine atom.

portion of tin
type: Class
comment: A Portion Of Matter that consists of only tin atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tin atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tin atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: tin atom
    on property: consists of
definition: A 'Portion Of Tin' is a 'Portion Of Pure Substance' that 'consists of' only chebi:tin atom.

portion of hafnium
type: Class
comment: A Portion Of Matter that consists of only hafnium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: hafnium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: hafnium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: hafnium atom
    on property: consists of
definition: A 'Portion Of Hafnium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:hafnium atom.

portion of uranium
type: Class
comment: A Portion Of Matter that consists of only uranium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: uranium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: uranium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: uranium atom
    on property: consists of
definition: A 'Portion Of Uranium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:uranium atom.

portion of oxygen
type: Class
comment: A Portion Of Matter that consists of only oxygen atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: oxygen atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: oxygen atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: oxygen atom
    on property: consists of
definition: A 'Portion Of Oxygen' is a 'Portion Of Pure Substance' that 'consists of' only chebi:oxygen atom.

portion of palladium
type: Class
comment: A Portion Of Matter that consists of only palladium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: palladium
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: palladium
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: palladium
    on property: consists of
definition: A 'Portion Of Palladium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:palladium.

portion of vanadium
type: Class
comment: A Portion Of Matter that consists of only vanadium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: vanadium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: vanadium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: vanadium atom
    on property: consists of
definition: A 'Portion Of Vanadium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:vanadium atom.

portion of scandium
type: Class
comment: A Portion Of Matter that consists of only scandium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: scandium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: scandium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: scandium atom
    on property: consists of
definition: A 'Portion Of Scandium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:scandium atom.

portion of titanium
type: Class
comment: A Portion Of Matter that consists of only titanium atoms.
subclass of: pure substance
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: titanium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: titanium atom
    on property: consists of
equivalent class: Class
  intersection of: pure substance
  intersection of: Restriction
    all values from: titanium atom
    on property: consists of
definition: A 'Portion Of Titanium' is a 'Portion Of Pure Substance' that 'consists of' only chebi:titanium atom.

steel
type: Class
subclass of: ferrous alloy
subclass of: Restriction
  on property: consists of
  some values from: portion of carbon
subclass of: Restriction
  on property: consists of
  some values from: portion of carbon
subclass of: Restriction
  on property: consists of
  some values from: portion of carbon
definition: Steel is a ferrous alloy that consists of iron and carbon and possibly other alloying elements (and possibly impurities).
isInMinimalProfile: true

bravais lattice triclinic primitve
type: NamedIndividual
isInMinimalProfile: true

bravais lattice monoclinic primitive
type: NamedIndividual
isInMinimalProfile: true

bravais lattice monoclinic base-centered
type: NamedIndividual
isInMinimalProfile: true

bravais lattice orthorombic primitive
type: NamedIndividual
isInMinimalProfile: true

bravais lattice orthorhombic base-centered
type: NamedIndividual
isInMinimalProfile: true

bravais lattice orthorhombic body-centered
type: NamedIndividual
isInMinimalProfile: true

bravais lattice orthorhombic face-centered
type: NamedIndividual
isInMinimalProfile: true

bravais lattice tetragonal primitive
type: NamedIndividual
isInMinimalProfile: true

bravais lattice tetragonal body-centered
type: NamedIndividual
isInMinimalProfile: true

bravais lattice hexagonal rhombohedral primitive
type: NamedIndividual
isInMinimalProfile: true

bravais lattice hexagonal hexagonal primitive
type: NamedIndividual
isInMinimalProfile: true

bravais lattice cubic primitive
type: NamedIndividual
isInMinimalProfile: true

bravais lattice cubic body-centered
type: NamedIndividual
isInMinimalProfile: true

bravais lattice cubic face-centered
type: NamedIndividual
isInMinimalProfile: true

proportion
type: Class
subclass of: relational quality
disjoint with: bond
alternative label: concentration
alternative label: fraction
definition: A Proportion is a relational quality between two entites (the whole and the part) which quantifies the relation between the whole and its part.
isInMinimalProfile: true

mass proportion
type: Class
subclass of: proportion
definition: The Mass Proportion is a Proportion which quantifies the mass of the part relative to the mass of the whole.
isInMinimalProfile: true

molar proportion
type: Class
subclass of: proportion
alternative label: Molar Ratio
definition: The Molar Proportion is the proportion which quantifies the entities count of the part in relation to the entites count of the whole.
example: The molar ratio of hydrogen gas H2 molecules to water H2O molecules is 1/1 in the oxyhydrogen reaction. The molar ratio of oxigen molecules O2 to water molecules is 2/1. The molar ratio of carbon dioxide to average atmosphere air is 420 ppm as of 2022 AD.
isInMinimalProfile: true

volume proportion
type: Class
subclass of: proportion
definition: The Mass Proportion is a Proportion which quantifies the volume of the part relative to the volume of the whole.
isInMinimalProfile: true

mineral
type: Class
subclass of: material
definition: A mineral is a material that has part some crystal.
isInMinimalProfile: true

polycrystal
type: Class
subclass of: object aggregate
definition: Polycrystal is an object aggregate that has continuant part some crystal grains
isInMinimalProfile: true

graphite
type: Class
subclass of: mineral
definition: A mineral that has part some crystal that in turn consists of some portion of carbon
isInMinimalProfile: true

grain size distribution
type: Class
subclass of: intensive quality
definition: An intensive quality describing the lower length scale object aggregate (grains) that is part of the material.
isInMinimalProfile: true

fluid (object)
type: Class
subclass of: object
definition: fuild (object) is an object that consists of some portion of matter which bears an aggregate state that concretizes a liquid or gaseous aggregate state.

medium role
type: Class
subclass of: role
definition: Medium role is a role beared by an object which implies that the object serves as an intermediary for the transmission of something else, like energy, force, or information.
example: Air in the air cooling process, N2 atmosphere in a furnace cooling process, oil in a quenching process, crystal lattice in a solid state diffusion

aerosol
type: Class
subclass of: disconnected material entity aggregate
definition: An aerosol is a disconnected material entity aggregate which: 1. consists of some portion of matter whose aggregate state quality concretizes gasous and 2. consists of some portion of matter whose aggregate state quality concretises solid or liquid (TODO: express that this portion is also a disconnected material entity aggregate)
isInMinimalProfile: true

aggregate state solid
type: NamedIndividual
definition: A state where the bonds between entites trasmit shear forces.
isInMinimalProfile: true

aggregate state liquid
type: NamedIndividual
definition: A state where the bonds of the entites transmit no shear force.
isInMinimalProfile: true

aggregate state gasous
type: NamedIndividual
definition: A state where the entities have no bonding.
isInMinimalProfile: true

aggregate state plasma
type: NamedIndividual
definition: An aggregate state where the entites are atom nuclei and have no bonds.
isInMinimalProfile: true

aggregate state atom gas
type: NamedIndividual
definition: A gaseous state where the gas entities are atoms.
isInMinimalProfile: true

aggregate state supercritical fluid
type: NamedIndividual
definition: A state with strong bindings between entites that do not transmit shear force.
isInMinimalProfile: true

aggregate state mesomorphic
type: NamedIndividual
definition: A state where some bonds transmit shear stresses and some do not.
isInMinimalProfile: true

aggregate state suprafluid
type: NamedIndividual
definition: A state with frictionless binding that transmits no shear force between entites.
isInMinimalProfile: true

aggregate state suprasolid
type: NamedIndividual
definition: A state that exhibits suprafluid and solid properties.
isInMinimalProfile: true

foam
type: Class
subclass of: connected material entity aggregate
definition: A foam is a material entity aggregate that conssists of some 'Composite Material' c. The parts of c that bear the filler role are vacuum-filled or gas filled pores. The parts of c that bear the matrix role consist of a material that is bearer of solid or liquid aggregate state. One pore with its sourrounding matrix is called 'cell'. Depending of the interconnectedness of the pores the foam is open- or closed-cell.
isInMinimalProfile: true

thermodynamic system
type: Class
subclass of: object aggregate
definition: A thermodynamic system is an object aggregate whose objects are bearer of thermodynamic properties. A thermodynamic system environs a thermodynamic process by which the thermodynamic properties of the objects of the thermodynamic system change over time.
isInMinimalProfile: true

reversible process
type: Class
subclass of: process
definition: A reversible process is a process whose participants form a thermodynamic system with an entropy S and S remains constant during the process.
isInMinimalProfile: true

size
type: Class
subclass of: extensive quality
definition: Size is the quality of a material entity that describes its spatial extend.
isInMinimalProfile: true

mass
type: Class
comment: Mass is relevant in such processes as gravitation, acceleration, etc.
subclass of: extensive quality
definition: Mass is fundamental extensive quality.
isInMinimalProfile: true

lot
type: Class
subclass of: object aggregate
definition: A lot is an object aggregate whose parts are output of the same prodction process.

energy
type: Class
subclass of: extensive quality
definition source: OEO_00000150
definition: Energy is a quality of material entities which manifests as a capacity to perform work (such as causing motion or the interaction of molecules)
isInMinimalProfile: true

process chain
type: Class
subclass of: process
definition: A process chain is a process that 'has contiuant part' subprocesses S1...Sn where S1...Sn precede each other and where some object or object aggregate that are output of Sn are then input to Sn+1.

product (chemical reaction)
type: Class
subclass of: role
definition: Product is the role of a material entity that is output of a chemical reaction and is created or transformed during the reaction.

educt
type: Class
subclass of: role
definition: Educt is the role of a material entity that is input of a chemical reaction and is consumed or transformed during the reaction

catalyst
type: Class
subclass of: role
definition: Catalyst is the role of a participant in a chemical reaction that does not alter its qualities/realizable entities after the chemical reaction.

volume
type: Class
subclass of: size
definition: Volume is a three dimensional size.
isInMinimalProfile: true

internal energy
type: Class
subclass of: extensive quality
definition: Internal energy is a universal extensive quality that specifies the bearers potential to do work.
isInMinimalProfile: true

component
type: Class
subclass of: object aggregate
definition: A component is an object aggregate that bears a function in a technical system.

technical system
type: Class
subclass of: object aggregate
definition: A technical system is an object aggretate: 1. that is output of a manufacturing process, 2. that bears some function 3. whose continuant parts are some components.

interatomic interaction energy
type: Class
subclass of: extensive quality
definition: Interatomic interaction energy is added/removed from the atom aggregate if one atom is moved infinitely away from the rest of the aggregate.
isInMinimalProfile: true

heat (metallurgy)
type: Class
subclass of: Class
  intersection of: melt
  intersection of: Restriction
    on property: has role
    some values from: blank role
subclass of: Class
  intersection of: melt
  intersection of: Restriction
    on property: has role
    some values from: blank role
subclass of: Class
  intersection of: melt
  intersection of: Restriction
    on property: has role
    some values from: blank role
definition: A heat is a fixed amount of metallic alloy that may be input to some Manifacturing Process.

area
type: Class
label: Fläche @de
subclass of: size
definition: Area a two dimesional size
example: Section area or a surface area

force
type: Class
subclass of: realizable entity
definition: Force is a reciprocal relation realized between two objects where the other object exerces the same force with opposite sign onto the first. Force may be responsible for changes in velocity and/or deformation of objects.
isInMinimalProfile: true

section
type: Class
subclass of: fiat surface
definition: Section is a planar fiat surface cutting across the object

crack
type: Class
subclass of: site
definition: A crack is a physical separation of a material entity at the level of (atomic) Bonds.
isInMinimalProfile: true

notch
type: Class
subclass of: site
definition: A notch is a geometric feature of the 'surface layer' of an object that introduces a strong change in shape or cross section.
isInMinimalProfile: true

pore
type: Class
subclass of: site
definition: A pore is a cavity in the 'bulk' of an object
isInMinimalProfile: true

defect role
type: Class
subclass of: role
definition: A defect role is a role of an independent continuant C indicating that C may affect a material entity E's ability to realize a function. C is continuant part of E.
example: A crack in an structural member may affect its ability to carry a load.
isInMinimalProfile: true

amount of substance
type: Class
subclass of: molar proportion
definition: Amount of substance n is a molar propotion when the whole is a object aggregate N, which has Avogadro number objects (of same type) as parts (n = N/N_A).

operation
type: Class
subclass of: process

alteration of quality
type: Class
subclass of: process

length
type: Class
comment: Length is a size that describes the spacial extend of its bearer in one dimension.
subclass of: size
alternative label: dimension
definition: Length is a one dimensional size.
isInMinimalProfile: true

covalent bond
type: Class
subclass of: bond
definition source: types-of-chemical-bonds
definition: A covalent bond is a bond that forms when nonmetal atoms share electrons to achieve a stable electron configuration.
example: In a water molecule (HâO), the hydrogen and oxygen atoms share electrons.
isInMinimalProfile: true

ionic bond
type: Class
subclass of: bond
definition source: types-of-chemical-bonds
definition: An ionic bond is a bond that occurs when one atom donates an electron to another atom, resulting in oppositely charged ions that attract each other.
example: An example is the interaction between the atoms of sodium chloride (NaCl), where the sodium atom donates an electron to a chlorine atom.
isInMinimalProfile: true

thermoplastics
type: Class
subclass of: polymer
definition: A Thermoplastic is a Polymer that becomes moldable when heated and solidifies upon cooling.
isInMinimalProfile: true

polyethylene
type: Class
subclass of: thermoplastics
definition: Polyethylene is a Thermoplastic that is composed of repeating ethylene monomer units.
isInMinimalProfile: true
abbreviation: PE

low-density polyethylene
type: Class
subclass of: polyethylene
definition: Low-Density Polyethylene is a Polyethylene that is characterized by a branched molecular structure and low density.
isInMinimalProfile: true
abbreviation: PE-LD

high-density polyethylene
type: Class
subclass of: polyethylene
definition: High-Density Polyethylene is a Polyethylene that is characterized by a linear molecular structure and high density.
isInMinimalProfile: true
abbreviation: PE-HD

linear low-density polyethylene
type: Class
subclass of: polyethylene
definition: Linear Low-Density Polyethylene is a Polyethylene that is distinguished by its linear backbone with short-chain branching.
isInMinimalProfile: true
abbreviation: PE_LLD

polypropylene
type: Class
subclass of: thermoplastics
definition: Polypropylene is a Thermoplastic that is composed of repeating propylene monomer units.
isInMinimalProfile: true
abbreviation: PP

isotactic polypropylene
type: Class
subclass of: polypropylene
definition: Isotactic Polypropylene is a Polypropylene in which all the methyl groups are aligned on the same side of the polymer chain.
isInMinimalProfile: true
abbreviation: iPP

syndiotactic polypropylene
type: Class
subclass of: polypropylene
definition: Syndiotactic Polypropylene is a Polypropylene in which the methyl groups alternate regularly along the polymer chain.
isInMinimalProfile: true
abbreviation: sPP

atactic polypropylene
type: Class
subclass of: polypropylene
definition: Atactic Polypropylene is a Polypropylene in which the methyl groups are randomly distributed along the polymer chain.
isInMinimalProfile: true
abbreviation: aPP

polyvinyl chloride
type: Class
subclass of: thermoplastics
definition: Polyvinyl Chloride is a Thermoplastic that is formed by the polymerization of vinyl chloride monomers.
isInMinimalProfile: true
abbreviation: PVC

rigid polyvinyl chloride
type: Class
subclass of: polyvinyl chloride
definition: Rigid PVC is a Polyvinyl Chloride that is characterized by its stiffness and durability.
isInMinimalProfile: true
abbreviation: uPVC

flexible polyvinyl chloride
type: Class
subclass of: polyvinyl chloride
definition: Flexible PVC is a Polyvinyl Chloride that has been modified with plasticizers to impart flexibility.
isInMinimalProfile: true
abbreviation: fPVC

polystyrene
type: Class
subclass of: thermoplastics
definition: Polystyrene is a Thermoplastic that is produced by the polymerization of styrene monomers.
isInMinimalProfile: true
abbreviation: PS

general purpose polystyrene
type: Class
subclass of: polystyrene
definition: General Purpose Polystyrene is a Polystyrene that is valued for its clarity and ease of processing.
isInMinimalProfile: true

high impact polystyrene
type: Class
subclass of: polystyrene
definition: High Impact Polystyrene is a Polystyrene that is modified with rubber to improve its impact resistance.
isInMinimalProfile: true

polyethylene terephthalate
type: Class
subclass of: thermoplastics
definition: Polyethylene Terephthalate is a Thermoplastic that is synthesized from terephthalic acid and ethylene glycol.
isInMinimalProfile: true
abbreviation: PET

amorphous polyethylene terephthalate
type: Class
subclass of: polyethylene terephthalate
definition: Amorphous PET is a Polyethylene Terephthalate that is characterized by a non-crystalline structure.
isInMinimalProfile: true
abbreviation: APET

crystalline polyethylene terephthalate
type: Class
subclass of: polyethylene terephthalate
definition: Crystalline PET is a Polyethylene Terephthalate that is distinguished by its ordered, crystalline structure.
isInMinimalProfile: true
abbreviation: CPET

thermosetting polymers
type: Class
subclass of: polymer
definition: A Thermosetting Polymer is a Polymer that, once cured, irreversibly sets into a permanent shape.
isInMinimalProfile: true

epoxy resins
type: Class
subclass of: thermosetting polymers
definition: Epoxy Resins are Thermosetting Polymers that form rigid, cross-linked networks upon curing.
isInMinimalProfile: true

bisphenol a epoxy
type: Class
subclass of: epoxy resins
definition: Bisphenol A Epoxy is an Epoxy Resin that is formulated using bisphenol A to enhance its mechanical properties.
isInMinimalProfile: true

novolac epoxy
type: Class
subclass of: epoxy resins
definition: Novolac Epoxy is an Epoxy Resin that is based on novolac resins to provide improved thermal and chemical resistance.
isInMinimalProfile: true

phenolic resins
type: Class
subclass of: thermosetting polymers
definition: Phenolic Resins are Thermosetting Polymers formed by the reaction of phenol with formaldehyde.
isInMinimalProfile: true

phenol-formaldehyde resin
type: Class
subclass of: phenolic resins
definition: Phenol-Formaldehyde Resin is a Phenolic Resin that is synthesized from phenol and formaldehyde.
isInMinimalProfile: true

melamine formaldehyde
type: Class
subclass of: thermosetting polymers
definition: Melamine Formaldehyde is a Thermosetting Polymer produced from melamine and formaldehyde, known for its high hardness.
isInMinimalProfile: true

urea formaldehyde
type: Class
subclass of: thermosetting polymers
definition: Urea Formaldehyde is a Thermosetting Polymer formed from urea and formaldehyde, commonly used in adhesives and molding compounds.
isInMinimalProfile: true

elastomers
type: Class
subclass of: polymer
definition: An Elastomer is a Polymer that exhibits elasticity by returning to its original shape after deformation.
isInMinimalProfile: true

natural rubber
type: Class
subclass of: elastomers
definition: Natural Rubber is an Elastomer that is derived from the latex of rubber trees.
isInMinimalProfile: true

synthetic rubber
type: Class
subclass of: elastomers
definition: Synthetic Rubber is an Elastomer that is produced through chemical synthesis to mimic natural rubberâs properties.
isInMinimalProfile: true

styrene-butadiene rubber
type: Class
subclass of: synthetic rubber
definition: Styrene-Butadiene Rubber is a Synthetic Rubber that is composed of styrene and butadiene to enhance abrasion resistance.
isInMinimalProfile: true

nitrile butadiene rubber
type: Class
subclass of: synthetic rubber
definition: Nitrile Butadiene Rubber is a Synthetic Rubber that is formulated from acrylonitrile and butadiene to provide resistance to oils and chemicals.
isInMinimalProfile: true

ethylene propylene diene monomer
type: Class
subclass of: synthetic rubber
definition: Ethylene Propylene Diene Monomer is a Synthetic Rubber produced from ethylene, propylene, and a diene monomer to offer excellent weather resistance.
isInMinimalProfile: true

biodegradable polymers
type: Class
subclass of: polymer
subclass of: Restriction
  on property: has disposition
  some values from: biodegradabilty
subclass of: Restriction
  on property: has disposition
  some values from: biodegradabilty
subclass of: Restriction
  on property: has disposition
  some values from: biodegradabilty
equivalent class: Class
  intersection of: polymer
  intersection of: Restriction
    on property: has disposition
    some values from: biodegradabilty
equivalent class: Class
  intersection of: polymer
  intersection of: Restriction
    on property: has disposition
    some values from: biodegradabilty
equivalent class: Class
  intersection of: polymer
  intersection of: Restriction
    on property: has disposition
    some values from: biodegradabilty
definition: Biodegradable Polymers are Polymers that can be decomposed by biological organisms into environmentally benign substances.
isInMinimalProfile: true
term tracker annotation: https://github.com/materialdigital/core-ontology/issues/126

biodegradabilty
type: Class
label: Biologische Abbaubarkeit @de
subclass of: disposition
definition source: European Commission: Directorate-General for Research and Innovation, Biodegradability of plastics in the open environment, Publications Office of the European Union, 2021, https://data.europa.eu/doi/10.2777/690248
definition: "[Biodegradabilty] [...] is understood as the microbial conversion of all its organic constituents to carbon dioxide (or carbon dioxide and methane in conditions where oxygen is not present), new microbial biomass and mineral salts, within a timescale short enough not to lead to lasting harm or accumulation in the open environment."
definition: "[Biologische Abbaubarkeit] [...] beschreibt die mikrobielle Umwandlung all seiner organischen Bestandteile in Kohlendioxid oder â unter sauerstofffreien Bedingungen â in Kohlendioxid und Methan, neue mikrobielle Biomasse und Mineralsalze verstanden, und zwar innerhalb eines Zeitraums, der so kurz ist, dass es nicht zu dauerhaften Schäden oder Anreicherungen in der offenen Umwelt kommt." @de
term tracker annotation: https://github.com/materialdigital/core-ontology/issues/126

polylactic acid
type: Class
subclass of: biodegradable polymers
definition: Polylactic Acid is a Biodegradable Polymer produced from renewable resources such as corn starch.
isInMinimalProfile: true

polyhydroxyalkanoates
type: Class
subclass of: biodegradable polymers
definition: Polyhydroxyalkanoates are Biodegradable Polymers that are biosynthesized by microorganisms from sugars or lipids.
isInMinimalProfile: true

polybutylene succinate
type: Class
subclass of: biodegradable polymers
definition: Polybutylene Succinate is a Biodegradable Polymer that is a thermoplastic polyester recognized for its compostability.
isInMinimalProfile: true

natural ceramics
type: Class
subclass of: ceramic
definition: Natural Ceramics (Traditional Ceramics) are Ceramics that are produced using conventional methods with natural raw materials such as clay and silica.
isInMinimalProfile: true

silicate ceramics
type: Class
subclass of: natural ceramics
definition: Silicate Ceramics are Traditional Ceramics that are composed primarily of silicate minerals.
isInMinimalProfile: true

clay-based ceramics
type: Class
subclass of: silicate ceramics
definition: Clay-Based Ceramics are Silicate Ceramics that are formed from natural clays.
isInMinimalProfile: true

earthenware
type: Class
subclass of: clay-based ceramics
definition: Earthenware is a Clay-Based Ceramic that is formed at relatively low temperatures, resulting in a porous, rustic material.
isInMinimalProfile: true

stoneware
type: Class
subclass of: clay-based ceramics
definition: Stoneware is a Clay-Based Ceramic that is fired at higher temperatures than earthenware to yield a denser, more durable material.
isInMinimalProfile: true

porcelain
type: Class
subclass of: clay-based ceramics
definition: Porcelain is a Clay-Based Ceramic that is distinguished by its translucency, strength, and refined appearance.
isInMinimalProfile: true

aluminosilicates
type: Class
subclass of: silicate ceramics
definition: Aluminosilicates are Silicate Ceramics that consist of aluminum and silicon oxides.
isInMinimalProfile: true

mullite
type: Class
subclass of: aluminosilicates
definition: Mullite is an Aluminosilicate that is a Silicate Ceramic known for its excellent high-temperature stability.
isInMinimalProfile: true

kaolinite
type: Class
subclass of: aluminosilicates
definition: Kaolinite is an Aluminosilicate that is a Silicate Ceramic based on the mineral kaolinite, valued for its fine particle size and plasticity.
isInMinimalProfile: true

non-clay ceramics
type: Class
subclass of: natural ceramics
definition: Non-Clay Ceramics are Traditional Ceramics that are formed from raw materials other than clay.
isInMinimalProfile: true

glass-ceramics
type: Class
subclass of: glass
subclass of: non-clay ceramics
definition: Glass-Ceramics are Non-Clay Ceramics that are produced by controlled crystallization of glass, combining properties of both glass and ceramics.
isInMinimalProfile: true

leucite-based glass-ceramics
type: Class
subclass of: glass-ceramics
definition: Leucite-Based Glass-Ceramics are Glass-Ceramics that are Non-Clay Ceramics containing leucite crystals to enhance thermal and mechanical properties.
isInMinimalProfile: true

fritted ceramics
type: Class
subclass of: non-clay ceramics
definition: Fritted Ceramics are Non-Clay Ceramics that are manufactured by fusing and subsequently grinding glass materials.
isInMinimalProfile: true

technical ceramics
type: Class
subclass of: ceramic
definition: Technical Ceramics (Advanced Ceramics) are Ceramics that are engineered for high-performance applications.
isInMinimalProfile: true

oxide ceramics
type: Class
subclass of: technical ceramics
definition: Oxide Ceramics are Advanced Ceramics that are composed primarily of metal oxides.
isInMinimalProfile: true

alumina
type: Class
subclass of: oxide ceramics
definition: Alumina is an Oxide Ceramic that is an Advanced Ceramic composed of aluminum oxide, renowned for its hardness and insulation properties.
isInMinimalProfile: true
abbreviation: AlâOâ

zirconia
type: Class
subclass of: oxide ceramics
definition: Zirconia is an Oxide Ceramic that is an Advanced Ceramic composed of zirconium dioxide, noted for its high strength and toughness.
isInMinimalProfile: true
abbreviation: ZrOâ

yttria-stabilized zirconia
type: Class
subclass of: zirconia
definition: Yttria-Stabilized Zirconia is a Zirconia that is an Oxide Ceramic stabilized with yttria to enhance its thermal and mechanical performance.
isInMinimalProfile: true
abbreviation: YSZ

magnesia-stabilized zirconia
type: Class
subclass of: zirconia
definition: Magnesia-Stabilized Zirconia is a Zirconia that is an Oxide Ceramic stabilized with magnesia to improve its thermal stability.
isInMinimalProfile: true
abbreviation: MSZ

titania
type: Class
subclass of: oxide ceramics
definition: Titania is an Oxide Ceramic that is an Advanced Ceramic composed of titanium dioxide, used for its photocatalytic and pigment properties.
isInMinimalProfile: true
abbreviation: TiOâ

beryllia
type: Class
subclass of: oxide ceramics
definition: Beryllia is an Oxide Ceramic that is an Advanced Ceramic composed of beryllium oxide, valued for its high thermal conductivity and electrical insulation.
isInMinimalProfile: true
abbreviation: BeO

non-oxide ceramics
type: Class
subclass of: technical ceramics
definition: Non-Oxide Ceramics are Advanced Ceramics that are composed of compounds other than metal oxides.
isInMinimalProfile: true

carbide ceramics
type: Class
subclass of: non-oxide ceramics
definition: Carbide Ceramics are Non-Oxide Ceramics that consist of metal carbides.
isInMinimalProfile: true

silicon carbide
type: Class
subclass of: carbide ceramics
definition: Silicon Carbide is a Carbide Ceramic that is a Non-Oxide Ceramic composed of silicon and carbon, celebrated for its high hardness and thermal conductivity.
isInMinimalProfile: true
abbreviation: SiC

tungsten carbide
type: Class
subclass of: carbide ceramics
definition: Tungsten Carbide is a Carbide Ceramic that is a Non-Oxide Ceramic composed of tungsten and carbon, recognized for its exceptional wear resistance.
isInMinimalProfile: true
abbreviation: WC

boron carbide
type: Class
subclass of: carbide ceramics
definition: Boron Carbide is a Carbide Ceramic that is a Non-Oxide Ceramic composed of boron and carbon, known for its remarkable hardness and low density.
isInMinimalProfile: true
abbreviation: BâC

nitride ceramics
type: Class
subclass of: non-oxide ceramics
definition: Nitride Ceramics are Non-Oxide Ceramics that are composed of metal nitrides.
isInMinimalProfile: true

silicon nitride
type: Class
subclass of: nitride ceramics
definition: Silicon Nitride is a Nitride Ceramic that is a Non-Oxide Ceramic composed of silicon and nitrogen, offering high fracture toughness.
isInMinimalProfile: true
abbreviation: SiâNâ

aluminum nitride
type: Class
subclass of: nitride ceramics
definition: Aluminum Nitride is a Nitride Ceramic that is a Non-Oxide Ceramic composed of aluminum and nitrogen, prized for its high thermal conductivity.
isInMinimalProfile: true
abbreviation: AlN

boron nitride
type: Class
subclass of: nitride ceramics
definition: Boron Nitride is a Nitride Ceramic that is a Non-Oxide Ceramic composed of boron and nitrogen, with a structure analogous to graphite.
isInMinimalProfile: true
abbreviation: BN

boride ceramics
type: Class
subclass of: non-oxide ceramics
definition: Boride Ceramics are Non-Oxide Ceramics that consist of metal borides.
isInMinimalProfile: true

titanium diboride
type: Class
subclass of: boride ceramics
definition: Titanium Diboride is a Boride Ceramic that is a Non-Oxide Ceramic composed of titanium and boron, valued for its high hardness and melting point.
isInMinimalProfile: true
abbreviation: TiBâ

zirconium diboride
type: Class
subclass of: boride ceramics
definition: Zirconium Diboride is a Boride Ceramic that is a Non-Oxide Ceramic composed of zirconium and boron, known for its excellent thermal conductivity and stability.
isInMinimalProfile: true
abbreviation: ZrBâ

composite ceramics
type: Class
subclass of: technical ceramics
definition: Composite Ceramics are Advanced Ceramics that are produced by combining two or more ceramic phases to enhance overall performance.
isInMinimalProfile: true

oxide-oxide composites
type: Class
subclass of: composite ceramics
definition: Oxide-Oxide Composites are Composite Ceramics that consist entirely of oxide ceramic phases.
isInMinimalProfile: true

alumina matrix composites
type: Class
subclass of: oxide-oxide composites
definition: Alumina Matrix Composites are Oxide-Oxide Composites that use alumina as the primary matrix reinforced by secondary oxide phases.
isInMinimalProfile: true

zirconia matrix composites
type: Class
subclass of: oxide-oxide composites
definition: Zirconia Matrix Composites are Oxide-Oxide Composites that use zirconia as the primary matrix reinforced by additional oxide phases.
isInMinimalProfile: true

non-oxide composites
type: Class
subclass of: composite ceramics
definition: Non-Oxide Composites are Composite Ceramics that are formed by combining ceramic phases other than oxides.
isInMinimalProfile: true

silicon carbide matrix composites
type: Class
subclass of: non-oxide composites
definition: SiC Matrix Composites are Non-Oxide Composites that are built with silicon carbide as the primary matrix reinforced by other ceramic phases.
isInMinimalProfile: true

carbon-silicon carbide composites (carbon-silicon carbide)
type: Class
subclass of: non-oxide composites
definition: C-SiC Composites are Non-Oxide Composites that consist of a carbon matrix reinforced with silicon carbide, enhancing high-temperature performance.
isInMinimalProfile: true

electroceramics
type: Class
subclass of: ceramic
definition: Electroceramics are Ceramics that are specifically engineered for electrical, magnetic, or superconducting applications.
isInMinimalProfile: true

dielectric ceramics
type: Class
subclass of: electroceramics
definition: Dielectric Ceramics are Electroceramics that serve primarily as electrical insulators due to their high dielectric constants.
isInMinimalProfile: true

barium titanate
type: Class
subclass of: dielectric ceramics
definition: Barium Titanate is a Dielectric Ceramic that is an Electroceramic composed of barium, titanium, and oxygen, noted for its ferroelectric properties.
isInMinimalProfile: true
abbreviation: BaTiOâ

lead zirconate titanate
type: Class
subclass of: dielectric ceramics
definition: Lead Zirconate Titanate is a Dielectric Ceramic that is an Electroceramic composed of lead, zirconium, and titanium, renowned for its piezoelectric behavior.
isInMinimalProfile: true
abbreviation: PZT

magnetic ceramics (ferrites)
type: Class
subclass of: electroceramics
definition: Magnetic Ceramics are Electroceramics that exhibit magnetic properties, typically based on iron oxides combined with other metal oxides.
isInMinimalProfile: true

soft ferrites
type: Class
subclass of: magnetic ceramics (ferrites)
definition: Soft Ferrites are Magnetic Ceramics that are characterized by low coercivity and high permeability, making them ideal for transformer cores.
isInMinimalProfile: true

hard ferrites
type: Class
subclass of: magnetic ceramics (ferrites)
definition: Hard Ferrites are Magnetic Ceramics that are characterized by high coercivity, making them suitable for permanent magnets.
isInMinimalProfile: true

superconducting ceramics
type: Class
subclass of: electroceramics
definition: Superconducting Ceramics are Electroceramics that exhibit zero electrical resistance below a critical temperature.
isInMinimalProfile: true

yttrium barium copper oxide
type: Class
subclass of: superconducting ceramics
definition: Yttrium Barium Copper Oxide is a Superconducting Ceramic that is composed of yttrium, barium, copper, and oxygen, notable for its high critical temperature.
isInMinimalProfile: true

bismuth strontium calcium copper oxide
type: Class
subclass of: superconducting ceramics
definition: Bismuth Strontium Calcium Copper Oxide is a Superconducting Ceramic that is composed of bismuth, strontium, calcium, copper, and oxygen, featuring a layered crystal structure.
isInMinimalProfile: true

bioceramics
type: Class
subclass of: ceramic
definition: Bioceramics are Ceramics that are engineered to be compatible with biological systems.
isInMinimalProfile: true

bioinert ceramics
type: Class
subclass of: bioceramics
definition: Bioinert Ceramics are Bioceramics that are designed to remain inert in biological environments to minimize adverse reactions.
isInMinimalProfile: true

alumina-based ceramics
type: Class
subclass of: bioinert ceramics
definition: Alumina-Based Ceramics are Bioinert Ceramics that are composed primarily of alumina, valued for their biocompatibility.
isInMinimalProfile: true

zirconia-based ceramics
type: Class
subclass of: bioinert ceramics
definition: Zirconia-Based Ceramics are Bioinert Ceramics that are composed primarily of zirconia, offering high strength and inertness.
isInMinimalProfile: true

bioactive ceramics
type: Class
subclass of: bioceramics
definition: Bioactive Ceramics are Bioceramics that interact with biological tissues to promote bonding or regeneration.
isInMinimalProfile: true

hydroxyapatite
type: Class
subclass of: bioactive ceramics
definition: Hydroxyapatite is a Bioactive Ceramic that is composed of calcium phosphate and closely resembles the mineral component of bone.
isInMinimalProfile: true

bioglass
type: Class
subclass of: bioactive ceramics
definition: Bioglass is a Bioactive Ceramic that is a silicate-based glass formulated to bond with and stimulate biological tissues.
isInMinimalProfile: true

bioresorbable ceramics
type: Class
subclass of: bioceramics
definition: Bioresorbable Ceramics are Bioceramics that are designed to gradually be resorbed and replaced by natural tissue.
isInMinimalProfile: true

tricalcium phosphate
type: Class
subclass of: bioresorbable ceramics
definition: Tricalcium Phosphate is a Bioresorbable Ceramic that is composed of calcium phosphate, commonly used in bone grafting applications.
isInMinimalProfile: true

calcium sulfate
type: Class
subclass of: bioresorbable ceramics
definition: Calcium Sulfate is a Bioresorbable Ceramic that is composed of calcium sulfate, known for its solubility in biological environments.
isInMinimalProfile: true

silicate glasses
type: Class
subclass of: glass
definition: Silicate Glasses are Glasses that are composed primarily of silica.
isInMinimalProfile: true

soda-lime glass
type: Class
subclass of: silicate glasses
definition: Soda-Lime Glass is a Silicate Glass that is formulated from silica, soda, and lime and is widely used in windows and containers.
isInMinimalProfile: true

clear float glass
type: Class
subclass of: soda-lime glass
definition: Clear Float Glass is a form of Soda-Lime Glass that is known for its clarity and uniform thickness.
isInMinimalProfile: true

patterned glass
type: Class
subclass of: soda-lime glass
definition: Patterned Glass is a form of Soda-Lime Glass that is modified with surface textures for decorative purposes.
isInMinimalProfile: true

tinted glass
type: Class
subclass of: soda-lime glass
definition: Tinted Glass is a form of Soda-Lime Glass that is treated with coloring agents to alter its light transmission.
isInMinimalProfile: true

borosilicate glass
type: Class
subclass of: silicate glasses
definition: Borosilicate Glass is a Silicate Glass that is formulated with boron oxide to improve thermal resistance.
isInMinimalProfile: true

pyrex-type glass
type: Class
subclass of: borosilicate glass
definition: Pyrex-Type Glass is a form of Borosilicate Glass that is renowned for its high resistance to thermal shock.
isInMinimalProfile: true

aluminosilicate glass
type: Class
subclass of: silicate glasses
definition: Aluminosilicate Glass is a form of Silicate Glass that is specifically formulated to resist high temperatures.
isInMinimalProfile: true

lead glass
type: Class
subclass of: silicate glasses
definition: Lead Glass is a Silicate Glass that is formulated with lead oxide to increase brilliance and refractive index.
isInMinimalProfile: true

potash lead glass
type: Class
subclass of: lead glass
definition: Potash Lead Glass is a form of Lead Glass that utilizes potash as a flux in addition to lead oxide.
isInMinimalProfile: true

barium glass
type: Class
subclass of: lead glass
definition: Barium Glass is a form of Lead Glass that is modified with barium oxide to alter its optical properties.
isInMinimalProfile: true

high-temperature resistant glass
type: Class
subclass of: aluminosilicate glass
definition: High-Temperature Resistant Glass is an Aluminosilicate Glass that is engineered to maintain stability at elevated temperatures.
isInMinimalProfile: true

non-silicate glasses
type: Class
subclass of: glass
definition: Non-Silicate Glasses are Glasses that are not primarily composed of silica.
isInMinimalProfile: true

phosphate glass
type: Class
subclass of: non-silicate glasses
definition: Phosphate Glass is a Non-Silicate Glass that is composed mainly of phosphate compounds, offering distinct optical properties.
isInMinimalProfile: true

borate glass
type: Class
subclass of: non-silicate glasses
definition: Borate Glass is a Non-Silicate Glass that is composed mainly of boron oxide and is known for its low melting point.
isInMinimalProfile: true

germanate glass
type: Class
subclass of: non-silicate glasses
definition: Germanate Glass is a Non-Silicate Glass that is composed primarily of germanium oxide, noted for its infrared transmission.
isInMinimalProfile: true

optical glass
type: Class
subclass of: functional glass
definition: Optical Glass is Functional Glass that is formulated for high-precision light transmission and refractive performance.
isInMinimalProfile: true

functional glass
type: Class
subclass of: glass
definition: Functional Glass is Advanced Glass that is designed to perform specific roles beyond conventional optical applications.
isInMinimalProfile: true

fused silica glass
type: Class
subclass of: optical glass
definition: Fused Silica Glass is an Optical Glass that is made from pure silica, prized for its high transparency and thermal stability.
isInMinimalProfile: true

crown glass
type: Class
subclass of: optical glass
definition: Crown Glass is an Optical Glass that is characterized by its low dispersion and high clarity.
isInMinimalProfile: true

flint glass
type: Class
subclass of: optical glass
definition: Flint Glass is an Optical Glass that is distinguished by its high refractive index and dispersion.
isInMinimalProfile: true

specialty glasses
type: Class
subclass of: glass
definition: Specialty Glasses are Advanced Glasses that are engineered for specific functional roles.
isInMinimalProfile: true

chemically strengthened glass
type: Class
subclass of: specialty glasses
definition: Chemically Strengthened Glass is a Specialty Glass that is treated via chemical processes to enhance its strength.
isInMinimalProfile: true

ion-exchanged glass
type: Class
subclass of: chemically strengthened glass
definition: Ion-Exchanged Glass is a form of Chemically Strengthened Glass that is produced by exchanging ions to improve durability.
isInMinimalProfile: true

aluminosilicate gorilla glass
type: Class
subclass of: aluminosilicate glass
subclass of: chemically strengthened glass
definition: Aluminosilicate Gorilla Glass is a Chemically Strengthened Glass that is enhanced with an aluminosilicate composition for superior scratch resistance.
isInMinimalProfile: true

toughened (tempered) glass
type: Class
subclass of: specialty glasses
definition: Toughened Glass is a Specialty Glass that is mechanically treated to increase its strength and safety.
isInMinimalProfile: true

laminated glass
type: Class
subclass of: specialty glasses
definition: Laminated Glass is a Specialty Glass that is composed of multiple bonded layers to improve safety and acoustic performance.
isInMinimalProfile: true

electrochromic glass
type: Class
subclass of: specialty glasses
definition: Electrochromic Glass is a Specialty Glass that can reversibly change its light transmission properties when an electrical voltage is applied.
isInMinimalProfile: true

photochromic glass
type: Class
subclass of: specialty glasses
definition: Photochromic Glass is a Specialty Glass that alters its optical properties in response to exposure to light.
isInMinimalProfile: true

thermochromic glass
type: Class
subclass of: specialty glasses
definition: Thermochromic Glass is a Specialty Glass that changes its optical properties as a function of temperature.
isInMinimalProfile: true

lithium disilicate glass-ceramics
type: Class
subclass of: glass-ceramics
definition: Lithium Disilicate Glass-Ceramics are Glass-Ceramics that contain lithium disilicate crystals to provide high strength and aesthetic appeal.
isInMinimalProfile: true

transparent glass-ceramics
type: Class
subclass of: glass-ceramics
definition: Transparent Glass-Ceramics are Glass-Ceramics that are engineered to maintain optical transparency despite partial crystallization.
isInMinimalProfile: true

conductive glass
type: Class
subclass of: functional glass
definition: Conductive Glass is Functional Glass that has been modified to exhibit electrical conductivity.
isInMinimalProfile: true

indium tin oxide coated glass
type: Class
subclass of: conductive glass
definition: Indium Tin Oxide Coated Glass is a form of Conductive Glass that is coated with a thin film of indium tin oxide to enable electrical conduction.
isInMinimalProfile: true

fluorine-doped tin oxide glass
type: Class
subclass of: conductive glass
definition: Fluorine-Doped Tin Oxide Glass is a form of Conductive Glass that is coated with tin oxide doped with fluorine for enhanced conductivity.
isInMinimalProfile: true

magnetic glass
type: Class
subclass of: functional glass
definition: Magnetic Glass is Functional Glass that is modified to exhibit magnetic properties.
isInMinimalProfile: true

iron-borosilicate glass
type: Class
subclass of: magnetic glass
definition: Iron-Borosilicate Glass is a Magnetic Glass that incorporates iron and borosilicate compounds to display magnetic behavior.
isInMinimalProfile: true

cobalt-borosilicate glass
type: Class
subclass of: magnetic glass
definition: Cobalt-Borosilicate Glass is a Magnetic Glass that is formulated with cobalt to enhance its magnetic properties.
isInMinimalProfile: true

nonlinear optical glass
type: Class
subclass of: functional glass
definition: Nonlinear Optical Glass is Functional Glass that is engineered to display nonlinear optical responses under intense light.
isInMinimalProfile: true

chalcogenide glass
type: Class
subclass of: nonlinear optical glass
definition: Chalcogenide Glass is a Nonlinear Optical Glass that is composed of chalcogen elements, offering infrared transmission and nonlinear optical behavior.
isInMinimalProfile: true

tellurite glass
type: Class
subclass of: nonlinear optical glass
definition: Tellurite Glass is a Nonlinear Optical Glass that is formulated with tellurium oxide to achieve a high refractive index and nonlinear properties.
isInMinimalProfile: true

bioactive glass
type: Class
subclass of: glass
definition: Bioactive Glass is Advanced Glass that is designed to interact beneficially with biological tissues.
isInMinimalProfile: true

silicate-based bioactive glass
type: Class
subclass of: bioactive glass
definition: Silicate-Based Bioactive Glass is a Bioactive Glass that is composed primarily of silicate compounds to facilitate bonding with biological tissue.
isInMinimalProfile: true

45S5 bioglass
type: Class
subclass of: silicate-based bioactive glass
definition: 45S5 Bioglass is a Silicate-Based Bioactive Glass with a specific composition known for its ability to bond with bone.
isInMinimalProfile: true

S53P4 bioglass
type: Class
subclass of: silicate-based bioactive glass
definition: S53P4 Bioglass is a Silicate-Based Bioactive Glass formulated with a distinct composition for enhanced bioactivity.
isInMinimalProfile: true

phosphate-based bioactive glass
type: Class
subclass of: bioactive glass
definition: Phosphate-Based Bioactive Glass is a Bioactive Glass that is composed predominantly of phosphate compounds.
isInMinimalProfile: true

borate-based bioactive glass
type: Class
subclass of: bioactive glass
definition: Borate-Based Bioactive Glass is a Bioactive Glass that is formulated with borate compounds to promote biological interaction.
isInMinimalProfile: true

amorphous metal glass
type: Class
subclass of: glass
definition: Amorphous Metal Glass is Glass that is characterized by a disordered, non-crystalline atomic structure, resembling a frozen liquid.
isInMinimalProfile: true

iron-based metallic glass
type: Class
subclass of: amorphous metal glass
definition: Iron-Based Metallic Glass is an Amorphous Metal Glass that is predominantly composed of iron.
isInMinimalProfile: true

magnesium-based metallic glass
type: Class
subclass of: amorphous metal glass
definition: Magnesium-Based Metallic Glass is an Amorphous Metal Glass that is primarily composed of magnesium, noted for its low density.
isInMinimalProfile: true

zirconium-based metallic glass
type: Class
subclass of: amorphous metal glass
definition: Zirconium-Based Metallic Glass is an Amorphous Metal Glass that is composed mainly of zirconium, valued for its corrosion resistance and strength.
isInMinimalProfile: true

categorical measurement datum
type: Class
subclass of: measurement datum
definition source: http://purl.obolibrary.org/obo/OBI_0000938
definition: A measurement datum that is reported on a categorical scale.
isInMinimalProfile: true

device specification
type: Class
subclass of: directive information entity
definition: A directive information entity that outlines the technical requirements, features, constraints, and performance criteria of a specific device, guiding its design, manufacturing, operation, or maintenance.
isInMinimalProfile: true

material specification
type: Class
subclass of: directive information entity
definition: A directive information entity that defines the composition, properties, performance criteria, and acceptable standards for a material, guiding its selection, processing, and application in a specific context.
isInMinimalProfile: true

recipe
type: Class
subclass of: plan specification
definition: A plan specification that outlines the ingredients, proportions, and procedural steps required to prepare a specific product, typically in cooking, manufacturing, or chemical processes.

specification datum
type: Class
subclass of: data item
definition: A data item that provides specification for entities
isInMinimalProfile: true

dc:license

Percentage Extension
type: Class
subclass of: mechanical property
definition: Extension expressed as a percentage of the extensometer gauge length. Note: The percentage extension is commonly called engineering strain.

Percentage Permanent Elongation
type: Class
subclass of: Elongation
definition: Increase in the original gauge length of a test piece after removal of a specified stress, expressed as a percentage of the original gauge length

Elongation
type: Class
subclass of: length
definition: Increase in the original gauge length at any moment during the test

Percentage Reduction Of Area
type: Class
subclass of: quality
definition: Maximum change in cross-sectional area which has occurred during the test (S_o â S_u), expressed as a percentage of the original cross-sectional area, S_o.

Cutting Process for Blank 46NT01
type: separating
exists at: Temporal Region of IWM Cutting 46NT01
has input: iwt blank 46NT01 part 1 tqc
has output: Metallography Disc 46NTG9
has output: Test piece 46NT71

Temporal Region of IWM Cutting 46NT01
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT01
precedes: Temporal Region of Tensile Test 46NT71

iwt blank 46NT01 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 02 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT01
derives into: Metallography Disc 46NTG9
derives into: Test piece 46NT71
is state of: 42CrMoS4 blank iwt HT 46NT01 1

Metallography Disc 46NTG9
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 02 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTG9
has characteristic: HV10 Indentation Hardness wrt. 46NTG9
has characteristic: HV1 Indentation Hardness wrt. 46NTG9
has quality: ASTM Grain Size wrt. 46NTG9
has quality: Mean Planar Grain Diameter wrt. 46NTG9
derives from: iwt blank 46NT01 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTG9
input of: HV1 Indentation Hardness Test of 46NTG9
input of: Metallography of 46NTG9
is state of: 42CrMoS4 blank iwt HT 46NT01 1

Test piece 46NT71
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 02 after Heat Treatment
exists at: temp reg test piece 46NT71
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT71
has characteristic: Proof Strength Plastic Extension wrt. 46NT71
has characteristic: Rp02 wrt. 46NT71
has characteristic: Slope Of The Elastic Part wrt. 46NT71
has characteristic: Tensile Strength wrt. 46NT71
has quality: Ra Roughness of 46NT71
has quality: q Rz 46NT71
has quality: q batch 46NT71
has quality: q cross section area 46NT71
has quality: q original diameter 46NT71
has quality: q original gauge length 46NT71
has quality: q parallel length 46NT71
derives from: iwt blank 46NT01 part 1 tqc
input of: process tensile test 46NT71
is state of: 42CrMoS4 blank iwt HT 46NT01 1

Cutting Process for Blank 46NT02
type: separating
exists at: Temporal Region of IWM Cutting 46NT02
has input: iwt blank 46NT02 part 1 tqc
has output: Test piece 46NT73

Temporal Region of IWM Cutting 46NT02
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT02
precedes: Temporal Region of Tensile Test 46NT73

iwt blank 46NT02 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 03 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT02
derives into: Test piece 46NT73
is state of: 42CrMoS4 blank iwt HT 46NT02 1

Test piece 46NT73
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 03 after Heat Treatment
exists at: temp reg test piece 46NT73
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT73
has characteristic: Proof Strength Plastic Extension wrt. 46NT73
has characteristic: Rp02 wrt. 46NT73
has characteristic: Slope Of The Elastic Part wrt. 46NT73
has characteristic: Tensile Strength wrt. 46NT73
has quality: Ra Roughness of 46NT73
has quality: q Rz 46NT73
has quality: q batch 46NT73
has quality: q cross section area 46NT73
has quality: q original diameter 46NT73
has quality: q original gauge length 46NT73
has quality: q parallel length 46NT73
derives from: iwt blank 46NT02 part 1 tqc
input of: process tensile test 46NT73
is state of: 42CrMoS4 blank iwt HT 46NT02 1

Cutting Process for Blank 46NT03
type: separating
exists at: Temporal Region of IWM Cutting 46NT03
has input: iwt blank 46NT03 part 1 tqc
has output: Test piece 46NT75

Temporal Region of IWM Cutting 46NT03
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT03
precedes: Temporal Region of Tensile Test 46NT75

iwt blank 46NT03 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 04 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT03
derives into: Test piece 46NT75
is state of: 42CrMoS4 blank iwt HT 46NT03 1

Test piece 46NT75
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 04 after Heat Treatment
exists at: temp reg test piece 46NT75
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT75
has characteristic: Proof Strength Plastic Extension wrt. 46NT75
has characteristic: Rp02 wrt. 46NT75
has characteristic: Slope Of The Elastic Part wrt. 46NT75
has characteristic: Tensile Strength wrt. 46NT75
has quality: Ra Roughness of 46NT75
has quality: q Rz 46NT75
has quality: q batch 46NT75
has quality: q cross section area 46NT75
has quality: q original diameter 46NT75
has quality: q original gauge length 46NT75
has quality: q parallel length 46NT75
derives from: iwt blank 46NT03 part 1 tqc
input of: process tensile test 46NT75
is state of: 42CrMoS4 blank iwt HT 46NT03 1

Cutting Process for Blank 46NT04
type: separating
exists at: Temporal Region of IWM Cutting 46NT04
has input: iwt blank 46NT04 part 1 tqc
has output: Test piece 46NT77

Temporal Region of IWM Cutting 46NT04
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT04
precedes: Temporal Region of Tensile Test 46NT77

iwt blank 46NT04 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 05 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT04
derives into: Test piece 46NT77
is state of: 42CrMoS4 blank iwt HT 46NT04 1

Test piece 46NT77
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 05 after Heat Treatment
exists at: temp reg test piece 46NT77
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT77
has characteristic: Proof Strength Plastic Extension wrt. 46NT77
has characteristic: Rp02 wrt. 46NT77
has characteristic: Slope Of The Elastic Part wrt. 46NT77
has characteristic: Tensile Strength wrt. 46NT77
has quality: q Ra 46NT77
has quality: q Rz 46NT77
has quality: q batch 46NT77
has quality: q cross section area 46NT77
has quality: q original diameter 46NT77
has quality: q original gauge length 46NT77
has quality: q parallel length 46NT77
derives from: iwt blank 46NT04 part 1 tqc
input of: process tensile test 46NT77
is state of: 42CrMoS4 blank iwt HT 46NT04 1

Cutting Process for Blank 46NT05
type: separating
exists at: Temporal Region of IWM Cutting 46NT05
has input: iwt blank 46NT05 part 1 tqc
has output: Test piece 46NT79

Temporal Region of IWM Cutting 46NT05
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT05
precedes: Temporal Region of Tensile Test 46NT79

iwt blank 46NT05 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 06 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT05
derives into: Test piece 46NT79
is state of: 42CrMoS4 blank iwt HT 46NT05 1

Test piece 46NT79
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 06 after Heat Treatment
exists at: temp reg test piece 46NT79
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT79
has characteristic: Proof Strength Plastic Extension wrt. 46NT79
has characteristic: Rp02 wrt. 46NT79
has characteristic: Slope Of The Elastic Part wrt. 46NT79
has characteristic: Tensile Strength wrt. 46NT79
has quality: q Ra 46NT79
has quality: q Rz 46NT79
has quality: q batch 46NT79
has quality: q cross section area 46NT79
has quality: q original diameter 46NT79
has quality: q original gauge length 46NT79
has quality: q parallel length 46NT79
derives from: iwt blank 46NT05 part 1 tqc
input of: process tensile test 46NT79
is state of: 42CrMoS4 blank iwt HT 46NT05 1

Cutting Process for Blank 46NT06
type: separating
exists at: Temporal Region of IWM Cutting 46NT06
has input: iwt blank 46NT06 part 1 tqc
has output: Metallography Disc 46NTGE
has output: Test piece 46NT81

Temporal Region of IWM Cutting 46NT06
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT06
precedes: Temporal Region of Tensile Test 46NT81

iwt blank 46NT06 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 07 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT06
derives into: Metallography Disc 46NTGE
derives into: Test piece 46NT81
is state of: 42CrMoS4 blank iwt HT 46NT06 1

Metallography Disc 46NTGE
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 07 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGE
has characteristic: HV10 Indentation Hardness wrt. 46NTGE
has characteristic: HV1 Indentation Hardness wrt. 46NTGE
has quality: ASTM Grain Size wrt. 46NTGE
has quality: Mean Planar Grain Diameter wrt. 46NTGE
derives from: iwt blank 46NT06 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTGE
input of: HV1 Indentation Hardness Test of 46NTGE
input of: Metallography of 46NTGE
is state of: 42CrMoS4 blank iwt HT 46NT06 1

Test piece 46NT81
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 07 after Heat Treatment
exists at: temp reg test piece 46NT81
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT81
has characteristic: Proof Strength Plastic Extension wrt. 46NT81
has characteristic: Rp02 wrt. 46NT81
has characteristic: Slope Of The Elastic Part wrt. 46NT81
has characteristic: Tensile Strength wrt. 46NT81
has quality: q Ra 46NT81
has quality: q Rz 46NT81
has quality: q batch 46NT81
has quality: q cross section area 46NT81
has quality: q original diameter 46NT81
has quality: q original gauge length 46NT81
has quality: q parallel length 46NT81
derives from: iwt blank 46NT06 part 1 tqc
input of: process tensile test 46NT81
is state of: 42CrMoS4 blank iwt HT 46NT06 1

Cutting Process for Blank 46NT07
type: separating
exists at: Temporal Region of IWM Cutting 46NT07
has input: iwt blank 46NT07 part 1 tqc
has output: Test piece 46NT83

Temporal Region of IWM Cutting 46NT07
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT07
precedes: Temporal Region of Tensile Test 46NT83

iwt blank 46NT07 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 08 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT07
derives into: Test piece 46NT83
is state of: 42CrMoS4 blank iwt HT 46NT07 1

Test piece 46NT83
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 08 after Heat Treatment
exists at: temp reg test piece 46NT83
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT83
has characteristic: Proof Strength Plastic Extension wrt. 46NT83
has characteristic: Rp02 wrt. 46NT83
has characteristic: Slope Of The Elastic Part wrt. 46NT83
has characteristic: Tensile Strength wrt. 46NT83
has quality: q Ra 46NT83
has quality: q Rz 46NT83
has quality: q batch 46NT83
has quality: q cross section area 46NT83
has quality: q original diameter 46NT83
has quality: q original gauge length 46NT83
has quality: q parallel length 46NT83
derives from: iwt blank 46NT07 part 1 tqc
input of: process tensile test 46NT83
is state of: 42CrMoS4 blank iwt HT 46NT07 1

Cutting Process for Blank 46NT08
type: separating
exists at: Temporal Region of IWM Cutting 46NT08
has input: iwt blank 46NT08 part 1 tqc
has output: Test piece 46NT85

Temporal Region of IWM Cutting 46NT08
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT08
precedes: Temporal Region of Tensile Test 46NT85

iwt blank 46NT08 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 09 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT08
derives into: Test piece 46NT85
is state of: 42CrMoS4 blank iwt HT 46NT08 1

Test piece 46NT85
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 09 after Heat Treatment
exists at: temp reg test piece 46NT85
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT85
has characteristic: Proof Strength Plastic Extension wrt. 46NT85
has characteristic: Rp02 wrt. 46NT85
has characteristic: Slope Of The Elastic Part wrt. 46NT85
has characteristic: Tensile Strength wrt. 46NT85
has quality: q Ra 46NT85
has quality: q Rz 46NT85
has quality: q batch 46NT85
has quality: q cross section area 46NT85
has quality: q original diameter 46NT85
has quality: q original gauge length 46NT85
has quality: q parallel length 46NT85
derives from: iwt blank 46NT08 part 1 tqc
input of: process tensile test 46NT85
is state of: 42CrMoS4 blank iwt HT 46NT08 1

Cutting Process for Blank 46NT09
type: separating
exists at: Temporal Region of IWM Cutting 46NT09
has input: iwt blank 46NT09 part 1 tqc
has output: Test piece 46NT87

Temporal Region of IWM Cutting 46NT09
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT09
precedes: Temporal Region of Tensile Test 46NT87

iwt blank 46NT09 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 10 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT09
derives into: Test piece 46NT87
is state of: 42CrMoS4 blank iwt HT 46NT09 1

Test piece 46NT87
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 10 after Heat Treatment
exists at: temp reg test piece 46NT87
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT87
has characteristic: Proof Strength Plastic Extension wrt. 46NT87
has characteristic: Rp02 wrt. 46NT87
has characteristic: Slope Of The Elastic Part wrt. 46NT87
has characteristic: Tensile Strength wrt. 46NT87
has quality: q Ra 46NT87
has quality: q Rz 46NT87
has quality: q batch 46NT87
has quality: q cross section area 46NT87
has quality: q original diameter 46NT87
has quality: q original gauge length 46NT87
has quality: q parallel length 46NT87
derives from: iwt blank 46NT09 part 1 tqc
input of: process tensile test 46NT87
is state of: 42CrMoS4 blank iwt HT 46NT09 1

Cutting Process for Blank 46NT10
type: separating
exists at: Temporal Region of IWM Cutting 46NT10
has input: iwt blank 46NT10 part 1 tqc
has output: Test piece 46NT89

Temporal Region of IWM Cutting 46NT10
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT10
precedes: Temporal Region of Tensile Test 46NT89

iwt blank 46NT10 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 11 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT10
derives into: Test piece 46NT89
is state of: 42CrMoS4 blank iwt HT 46NT10 1

Test piece 46NT89
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 11 after Heat Treatment
exists at: temp reg test piece 46NT89
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT89
has characteristic: Proof Strength Plastic Extension wrt. 46NT89
has characteristic: Rp02 wrt. 46NT89
has characteristic: Slope Of The Elastic Part wrt. 46NT89
has characteristic: Tensile Strength wrt. 46NT89
has quality: q Ra 46NT89
has quality: q Rz 46NT89
has quality: q batch 46NT89
has quality: q cross section area 46NT89
has quality: q original diameter 46NT89
has quality: q original gauge length 46NT89
has quality: q parallel length 46NT89
derives from: iwt blank 46NT10 part 1 tqc
input of: process tensile test 46NT89
is state of: 42CrMoS4 blank iwt HT 46NT10 1

Cutting Process for Blank 46NT11
type: separating
exists at: Temporal Region of IWM Cutting 46NT11
has input: iwt blank 46NT11 part 1 tqc
has output: Metallography Disc 46NTGJ
has output: Test piece 46NT91

Temporal Region of IWM Cutting 46NT11
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT11
precedes: Temporal Region of Tensile Test 46NT91

iwt blank 46NT11 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 12 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT11
derives into: Metallography Disc 46NTGJ
derives into: Test piece 46NT91
is state of: 42CrMoS4 blank iwt HT 46NT11 1

Metallography Disc 46NTGJ
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 12 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGJ
has characteristic: HV10 Indentation Hardness wrt. 46NTGJ
has characteristic: HV1 Indentation Hardness wrt. 46NTGJ
has quality: ASTM Grain Size wrt. 46NTGJ
has quality: Mean Planar Grain Diameter wrt. 46NTGJ
derives from: iwt blank 46NT11 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTGJ
input of: HV1 Indentation Hardness Test of 46NTGJ
input of: Metallography of 46NTGJ
is state of: 42CrMoS4 blank iwt HT 46NT11 1

Test piece 46NT91
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 12 after Heat Treatment
exists at: temp reg test piece 46NT91
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT91
has characteristic: Proof Strength Plastic Extension wrt. 46NT91
has characteristic: Rp02 wrt. 46NT91
has characteristic: Slope Of The Elastic Part wrt. 46NT91
has characteristic: Tensile Strength wrt. 46NT91
has quality: q Ra 46NT91
has quality: q Rz 46NT91
has quality: q batch 46NT91
has quality: q cross section area 46NT91
has quality: q original diameter 46NT91
has quality: q original gauge length 46NT91
has quality: q parallel length 46NT91
derives from: iwt blank 46NT11 part 1 tqc
input of: process tensile test 46NT91
is state of: 42CrMoS4 blank iwt HT 46NT11 1

Cutting Process for Blank 46NT12
type: separating
exists at: Temporal Region of IWM Cutting 46NT12
has input: iwt blank 46NT12 part 1 tqc
has output: Test piece 46NT93

Temporal Region of IWM Cutting 46NT12
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT12
precedes: Temporal Region of Tensile Test 46NT93

iwt blank 46NT12 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 13 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT12
derives into: Test piece 46NT93
is state of: 42CrMoS4 blank iwt HT 46NT12 1

Test piece 46NT93
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 13 after Heat Treatment
exists at: temp reg test piece 46NT93
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT93
has characteristic: Proof Strength Plastic Extension wrt. 46NT93
has characteristic: Rp02 wrt. 46NT93
has characteristic: Slope Of The Elastic Part wrt. 46NT93
has characteristic: Tensile Strength wrt. 46NT93
has quality: q Ra 46NT93
has quality: q Rz 46NT93
has quality: q batch 46NT93
has quality: q cross section area 46NT93
has quality: q original diameter 46NT93
has quality: q original gauge length 46NT93
has quality: q parallel length 46NT93
derives from: iwt blank 46NT12 part 1 tqc
input of: process tensile test 46NT93
is state of: 42CrMoS4 blank iwt HT 46NT12 1

Cutting Process for Blank 46NT13
type: separating
exists at: Temporal Region of IWM Cutting 46NT13
has input: iwt blank 46NT13 part 1 tqc
has output: Test piece 46NT95

Temporal Region of IWM Cutting 46NT13
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT13
precedes: Temporal Region of Tensile Test 46NT95

iwt blank 46NT13 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 14 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT13
derives into: Test piece 46NT95
is state of: 42CrMoS4 blank iwt HT 46NT13 1

Test piece 46NT95
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 14 after Heat Treatment
exists at: temp reg test piece 46NT95
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT95
has characteristic: Proof Strength Plastic Extension wrt. 46NT95
has characteristic: Rp02 wrt. 46NT95
has characteristic: Slope Of The Elastic Part wrt. 46NT95
has characteristic: Tensile Strength wrt. 46NT95
has quality: q Ra 46NT95
has quality: q Rz 46NT95
has quality: q batch 46NT95
has quality: q cross section area 46NT95
has quality: q original diameter 46NT95
has quality: q original gauge length 46NT95
has quality: q parallel length 46NT95
derives from: iwt blank 46NT13 part 1 tqc
input of: process tensile test 46NT95
is state of: 42CrMoS4 blank iwt HT 46NT13 1

Cutting Process for Blank 46NT14
type: separating
exists at: Temporal Region of IWM Cutting 46NT14
has input: iwt blank 46NT14 part 1 tqc
has output: Test piece 46NT97

Temporal Region of IWM Cutting 46NT14
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT14
precedes: Temporal Region of Tensile Test 46NT97

iwt blank 46NT14 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 15 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT14
derives into: Test piece 46NT97
is state of: 42CrMoS4 blank iwt HT 46NT14 1

Test piece 46NT97
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 15 after Heat Treatment
exists at: temp reg test piece 46NT97
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT97
has characteristic: Proof Strength Plastic Extension wrt. 46NT97
has characteristic: Rp02 wrt. 46NT97
has characteristic: Slope Of The Elastic Part wrt. 46NT97
has characteristic: Tensile Strength wrt. 46NT97
has quality: q Ra 46NT97
has quality: q Rz 46NT97
has quality: q batch 46NT97
has quality: q cross section area 46NT97
has quality: q original diameter 46NT97
has quality: q original gauge length 46NT97
has quality: q parallel length 46NT97
derives from: iwt blank 46NT14 part 1 tqc
input of: process tensile test 46NT97
is state of: 42CrMoS4 blank iwt HT 46NT14 1

Cutting Process for Blank 46NT15
type: separating
exists at: Temporal Region of IWM Cutting 46NT15
has input: iwt blank 46NT15 part 1 tqc
has output: Metallography Disc 46NTGN
has output: Test piece 46NT99

Temporal Region of IWM Cutting 46NT15
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT15
precedes: Temporal Region of Tensile Test 46NT99

iwt blank 46NT15 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 17 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT15
derives into: Metallography Disc 46NTGN
derives into: Test piece 46NT99
is state of: 42CrMoS4 blank iwt HT 46NT15 1

Metallography Disc 46NTGN
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 17 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGN
has characteristic: HV10 Indentation Hardness wrt. 46NTGN
has characteristic: HV1 Indentation Hardness wrt. 46NTGN
has quality: ASTM Grain Size wrt. 46NTGN
has quality: Mean Planar Grain Diameter wrt. 46NTGN
derives from: iwt blank 46NT15 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTGN
input of: HV1 Indentation Hardness Test of 46NTGN
input of: Metallography of 46NTGN
is state of: 42CrMoS4 blank iwt HT 46NT15 1

Test piece 46NT99
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 17 after Heat Treatment
exists at: temp reg test piece 46NT99
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT99
has characteristic: Proof Strength Plastic Extension wrt. 46NT99
has characteristic: Rp02 wrt. 46NT99
has characteristic: Slope Of The Elastic Part wrt. 46NT99
has characteristic: Tensile Strength wrt. 46NT99
has quality: q Ra 46NT99
has quality: q Rz 46NT99
has quality: q batch 46NT99
has quality: q cross section area 46NT99
has quality: q original diameter 46NT99
has quality: q original gauge length 46NT99
has quality: q parallel length 46NT99
derives from: iwt blank 46NT15 part 1 tqc
input of: process tensile test 46NT99
is state of: 42CrMoS4 blank iwt HT 46NT15 1

Cutting Process for Blank 46NT16
type: separating
exists at: Temporal Region of IWM Cutting 46NT16
has input: iwt blank 46NT16 part 1 tqc
has output: Test piece 46NT9B

Temporal Region of IWM Cutting 46NT16
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT16
precedes: Temporal Region of Tensile Test 46NT9B

iwt blank 46NT16 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 18 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT16
derives into: Test piece 46NT9B
is state of: 42CrMoS4 blank iwt HT 46NT16 1

Test piece 46NT9B
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 18 after Heat Treatment
exists at: temp reg test piece 46NT9B
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9B
has characteristic: Proof Strength Plastic Extension wrt. 46NT9B
has characteristic: Rp02 wrt. 46NT9B
has characteristic: Slope Of The Elastic Part wrt. 46NT9B
has characteristic: Tensile Strength wrt. 46NT9B
has quality: q Ra 46NT9B
has quality: q Rz 46NT9B
has quality: q batch 46NT9B
has quality: q cross section area 46NT9B
has quality: q original diameter 46NT9B
has quality: q original gauge length 46NT9B
has quality: q parallel length 46NT9B
derives from: iwt blank 46NT16 part 1 tqc
input of: process tensile test 46NT9B
is state of: 42CrMoS4 blank iwt HT 46NT16 1

Cutting Process for Blank 46NT17
type: separating
exists at: Temporal Region of IWM Cutting 46NT17
has input: iwt blank 46NT17 part 1 tqc
has output: Test piece 46NT9D

Temporal Region of IWM Cutting 46NT17
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT17
precedes: Temporal Region of Tensile Test 46NT9D

iwt blank 46NT17 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 19 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT17
derives into: Test piece 46NT9D
is state of: 42CrMoS4 blank iwt HT 46NT17 1

Test piece 46NT9D
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 19 after Heat Treatment
exists at: temp reg test piece 46NT9D
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9D
has characteristic: Proof Strength Plastic Extension wrt. 46NT9D
has characteristic: Rp02 wrt. 46NT9D
has characteristic: Slope Of The Elastic Part wrt. 46NT9D
has characteristic: Tensile Strength wrt. 46NT9D
has quality: q Ra 46NT9D
has quality: q Rz 46NT9D
has quality: q batch 46NT9D
has quality: q cross section area 46NT9D
has quality: q original diameter 46NT9D
has quality: q original gauge length 46NT9D
has quality: q parallel length 46NT9D
derives from: iwt blank 46NT17 part 1 tqc
input of: process tensile test 46NT9D
is state of: 42CrMoS4 blank iwt HT 46NT17 1

Cutting Process for Blank 46NT18
type: separating
exists at: Temporal Region of IWM Cutting 46NT18
has input: iwt blank 46NT18 part 1 tqc
has output: Test piece 46NT9F

Temporal Region of IWM Cutting 46NT18
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT18
precedes: Temporal Region of Tensile Test 46NT9F

iwt blank 46NT18 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 20 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT18
derives into: Test piece 46NT9F
is state of: 42CrMoS4 blank iwt HT 46NT18 1

Test piece 46NT9F
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 20 after Heat Treatment
exists at: temp reg test piece 46NT9F
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9F
has characteristic: Proof Strength Plastic Extension wrt. 46NT9F
has characteristic: Rp02 wrt. 46NT9F
has characteristic: Slope Of The Elastic Part wrt. 46NT9F
has characteristic: Tensile Strength wrt. 46NT9F
has quality: q Ra 46NT9F
has quality: q Rz 46NT9F
has quality: q batch 46NT9F
has quality: q cross section area 46NT9F
has quality: q original diameter 46NT9F
has quality: q original gauge length 46NT9F
has quality: q parallel length 46NT9F
derives from: iwt blank 46NT18 part 1 tqc
input of: process tensile test 46NT9F
is state of: 42CrMoS4 blank iwt HT 46NT18 1

Cutting Process for Blank 46NT20
type: separating
exists at: Temporal Region of IWM Cutting 46NT20
has input: iwt blank 46NT20 part 1 tqc
has output: Metallography Disc 46NTGS
has output: Test piece 46NT9J

Temporal Region of IWM Cutting 46NT20
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT20
precedes: Temporal Region of Tensile Test 46NT9J

iwt blank 46NT20 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 22 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT20
derives into: Metallography Disc 46NTGS
derives into: Test piece 46NT9J
is state of: 42CrMoS4 blank iwt HT 46NT20 1

Metallography Disc 46NTGS
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 22 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGS
has characteristic: HV10 Indentation Hardness wrt. 46NTGS
has characteristic: HV1 Indentation Hardness wrt. 46NTGS
has quality: ASTM Grain Size wrt. 46NTGS
has quality: Mean Planar Grain Diameter wrt. 46NTGS
derives from: iwt blank 46NT20 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTGS
input of: HV1 Indentation Hardness Test of 46NTGS
input of: Metallography of 46NTGS
is state of: 42CrMoS4 blank iwt HT 46NT20 1

Test piece 46NT9J
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 22 after Heat Treatment
exists at: temp reg test piece 46NT9J
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9J
has characteristic: Proof Strength Plastic Extension wrt. 46NT9J
has characteristic: Rp02 wrt. 46NT9J
has characteristic: Slope Of The Elastic Part wrt. 46NT9J
has characteristic: Tensile Strength wrt. 46NT9J
has quality: q Ra 46NT9J
has quality: q Rz 46NT9J
has quality: q batch 46NT9J
has quality: q cross section area 46NT9J
has quality: q original diameter 46NT9J
has quality: q original gauge length 46NT9J
has quality: q parallel length 46NT9J
derives from: iwt blank 46NT20 part 1 tqc
input of: process tensile test 46NT9J
is state of: 42CrMoS4 blank iwt HT 46NT20 1

Cutting Process for Blank 46NT22
type: separating
exists at: Temporal Region of IWM Cutting 46NT22
has input: iwt blank 46NT22 part 1 tqc
has output: Test piece 46NT9N

Temporal Region of IWM Cutting 46NT22
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT22
precedes: Temporal Region of Tensile Test 46NT9N

iwt blank 46NT22 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 24 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT22
derives into: Test piece 46NT9N
is state of: 42CrMoS4 blank iwt HT 46NT22 1

Test piece 46NT9N
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 24 after Heat Treatment
exists at: temp reg test piece 46NT9N
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9N
has characteristic: Proof Strength Plastic Extension wrt. 46NT9N
has characteristic: Rp02 wrt. 46NT9N
has characteristic: Slope Of The Elastic Part wrt. 46NT9N
has characteristic: Tensile Strength wrt. 46NT9N
has quality: q Ra 46NT9N
has quality: q Rz 46NT9N
has quality: q batch 46NT9N
has quality: q cross section area 46NT9N
has quality: q original diameter 46NT9N
has quality: q original gauge length 46NT9N
has quality: q parallel length 46NT9N
derives from: iwt blank 46NT22 part 1 tqc
input of: process tensile test 46NT9N
is state of: 42CrMoS4 blank iwt HT 46NT22 1

Cutting Process for Blank 46NT23
type: separating
exists at: Temporal Region of IWM Cutting 46NT23
has input: iwt blank 46NT23 part 1 tqc
has output: Test piece 46NT9P

Temporal Region of IWM Cutting 46NT23
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT23
precedes: Temporal Region of Tensile Test 46NT9P

iwt blank 46NT23 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 25 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT23
derives into: Test piece 46NT9P
is state of: 42CrMoS4 blank iwt HT 46NT23 1

Test piece 46NT9P
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 25 after Heat Treatment
exists at: temp reg test piece 46NT9P
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9P
has characteristic: Proof Strength Plastic Extension wrt. 46NT9P
has characteristic: Rp02 wrt. 46NT9P
has characteristic: Slope Of The Elastic Part wrt. 46NT9P
has characteristic: Tensile Strength wrt. 46NT9P
has quality: q Ra 46NT9P
has quality: q Rz 46NT9P
has quality: q batch 46NT9P
has quality: q cross section area 46NT9P
has quality: q original diameter 46NT9P
has quality: q original gauge length 46NT9P
has quality: q parallel length 46NT9P
derives from: iwt blank 46NT23 part 1 tqc
input of: process tensile test 46NT9P
is state of: 42CrMoS4 blank iwt HT 46NT23 1

Cutting Process for Blank 46NT24
type: separating
exists at: Temporal Region of IWM Cutting 46NT24
has input: iwt blank 46NT24 part 1 tqc
has output: Test piece 46NT9R

Temporal Region of IWM Cutting 46NT24
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT24
precedes: Temporal Region of Tensile Test 46NT9R

iwt blank 46NT24 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 26 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT24
derives into: Test piece 46NT9R
is state of: 42CrMoS4 blank iwt HT 46NT24 1

Test piece 46NT9R
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 26 after Heat Treatment
exists at: temp reg test piece 46NT9R
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9R
has characteristic: Proof Strength Plastic Extension wrt. 46NT9R
has characteristic: Rp02 wrt. 46NT9R
has characteristic: Slope Of The Elastic Part wrt. 46NT9R
has characteristic: Tensile Strength wrt. 46NT9R
has quality: q Ra 46NT9R
has quality: q Rz 46NT9R
has quality: q batch 46NT9R
has quality: q cross section area 46NT9R
has quality: q original diameter 46NT9R
has quality: q original gauge length 46NT9R
has quality: q parallel length 46NT9R
derives from: iwt blank 46NT24 part 1 tqc
input of: process tensile test 46NT9R
is state of: 42CrMoS4 blank iwt HT 46NT24 1

Cutting Process for Blank 46NT25
type: separating
exists at: Temporal Region of IWM Cutting 46NT25
has input: iwt blank 46NT25 part 1 tqc
has output: Metallography Disc 46NTGX
has output: Test piece 46NT9T

Temporal Region of IWM Cutting 46NT25
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT25
precedes: Temporal Region of Tensile Test 46NT9T

iwt blank 46NT25 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 27 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT25
derives into: Metallography Disc 46NTGX
derives into: Test piece 46NT9T
is state of: 42CrMoS4 blank iwt HT 46NT25 1

Metallography Disc 46NTGX
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 27 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGX
has characteristic: HV10 Indentation Hardness wrt. 46NTGX
has characteristic: HV1 Indentation Hardness wrt. 46NTGX
has quality: ASTM Grain Size wrt. 46NTGX
has quality: Mean Planar Grain Diameter wrt. 46NTGX
derives from: iwt blank 46NT25 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTGX
input of: HV1 Indentation Hardness Test of 46NTGX
input of: Metallography of 46NTGX
is state of: 42CrMoS4 blank iwt HT 46NT25 1

Test piece 46NT9T
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 27 after Heat Treatment
exists at: temp reg test piece 46NT9T
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9T
has characteristic: Proof Strength Plastic Extension wrt. 46NT9T
has characteristic: Rp02 wrt. 46NT9T
has characteristic: Slope Of The Elastic Part wrt. 46NT9T
has characteristic: Tensile Strength wrt. 46NT9T
has quality: q Ra 46NT9T
has quality: q Rz 46NT9T
has quality: q batch 46NT9T
has quality: q cross section area 46NT9T
has quality: q original diameter 46NT9T
has quality: q original gauge length 46NT9T
has quality: q parallel length 46NT9T
derives from: iwt blank 46NT25 part 1 tqc
input of: process tensile test 46NT9T
is state of: 42CrMoS4 blank iwt HT 46NT25 1

Cutting Process for Blank 46NT26
type: separating
exists at: Temporal Region of IWM Cutting 46NT26
has input: iwt blank 46NT26 part 1 tqc
has output: Test piece 46NT9V

Temporal Region of IWM Cutting 46NT26
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT26
precedes: Temporal Region of Tensile Test 46NT9V

iwt blank 46NT26 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 28 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT26
derives into: Test piece 46NT9V
is state of: 42CrMoS4 blank iwt HT 46NT26 1

Test piece 46NT9V
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 28 after Heat Treatment
exists at: temp reg test piece 46NT9V
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9V
has characteristic: Proof Strength Plastic Extension wrt. 46NT9V
has characteristic: Rp02 wrt. 46NT9V
has characteristic: Slope Of The Elastic Part wrt. 46NT9V
has characteristic: Tensile Strength wrt. 46NT9V
has quality: q Ra 46NT9V
has quality: q Rz 46NT9V
has quality: q batch 46NT9V
has quality: q cross section area 46NT9V
has quality: q original diameter 46NT9V
has quality: q original gauge length 46NT9V
has quality: q parallel length 46NT9V
derives from: iwt blank 46NT26 part 1 tqc
input of: process tensile test 46NT9V
is state of: 42CrMoS4 blank iwt HT 46NT26 1

Cutting Process for Blank 46NT27
type: separating
exists at: Temporal Region of IWM Cutting 46NT27
has input: iwt blank 46NT27 part 1 tqc
has output: Test piece 46NT9X

Temporal Region of IWM Cutting 46NT27
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT27
precedes: Temporal Region of Tensile Test 46NT9X

iwt blank 46NT27 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 29 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT27
derives into: Test piece 46NT9X
is state of: 42CrMoS4 blank iwt HT 46NT27 1

Test piece 46NT9X
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 29 after Heat Treatment
exists at: temp reg test piece 46NT9X
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9X
has characteristic: Proof Strength Plastic Extension wrt. 46NT9X
has characteristic: Rp02 wrt. 46NT9X
has characteristic: Slope Of The Elastic Part wrt. 46NT9X
has characteristic: Tensile Strength wrt. 46NT9X
has quality: q Ra 46NT9X
has quality: q Rz 46NT9X
has quality: q batch 46NT9X
has quality: q cross section area 46NT9X
has quality: q original diameter 46NT9X
has quality: q original gauge length 46NT9X
has quality: q parallel length 46NT9X
derives from: iwt blank 46NT27 part 1 tqc
input of: process tensile test 46NT9X
is state of: 42CrMoS4 blank iwt HT 46NT27 1

Cutting Process for Blank 46NT28
type: separating
exists at: Temporal Region of IWM Cutting 46NT28
has input: iwt blank 46NT28 part 1 tqc
has output: Test piece 46NT9Z

Temporal Region of IWM Cutting 46NT28
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT28
precedes: Temporal Region of Tensile Test 46NT9Z

iwt blank 46NT28 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 30 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT28
derives into: Test piece 46NT9Z
is state of: 42CrMoS4 blank iwt HT 46NT28 1

Test piece 46NT9Z
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 30 after Heat Treatment
exists at: temp reg test piece 46NT9Z
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NT9Z
has characteristic: Proof Strength Plastic Extension wrt. 46NT9Z
has characteristic: Rp02 wrt. 46NT9Z
has characteristic: Slope Of The Elastic Part wrt. 46NT9Z
has characteristic: Tensile Strength wrt. 46NT9Z
has quality: q Ra 46NT9Z
has quality: q Rz 46NT9Z
has quality: q batch 46NT9Z
has quality: q cross section area 46NT9Z
has quality: q original diameter 46NT9Z
has quality: q original gauge length 46NT9Z
has quality: q parallel length 46NT9Z
derives from: iwt blank 46NT28 part 1 tqc
input of: process tensile test 46NT9Z
is state of: 42CrMoS4 blank iwt HT 46NT28 1

Cutting Process for Blank 46NT29
type: separating
exists at: Temporal Region of IWM Cutting 46NT29
has input: iwt blank 46NT29 part 1 tqc
has output: Metallography Disc 46NTH1
has output: Test piece 46NTA1

Temporal Region of IWM Cutting 46NT29
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT29
precedes: Temporal Region of Tensile Test 46NTA1

iwt blank 46NT29 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 32 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT29
derives into: Metallography Disc 46NTH1
derives into: Test piece 46NTA1
is state of: 42CrMoS4 blank iwt HT 46NT29 1

Metallography Disc 46NTH1
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 32 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH1
has characteristic: HV10 Indentation Hardness wrt. 46NTH1
has characteristic: HV1 Indentation Hardness wrt. 46NTH1
has quality: ASTM Grain Size wrt. 46NTH1
has quality: Mean Planar Grain Diameter wrt. 46NTH1
derives from: iwt blank 46NT29 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTH1
input of: HV1 Indentation Hardness Test of 46NTH1
input of: Metallography of 46NTH1
is state of: 42CrMoS4 blank iwt HT 46NT29 1

Test piece 46NTA1
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 32 after Heat Treatment
exists at: temp reg test piece 46NTA1
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTA1
has characteristic: Proof Strength Plastic Extension wrt. 46NTA1
has characteristic: Rp02 wrt. 46NTA1
has characteristic: Slope Of The Elastic Part wrt. 46NTA1
has characteristic: Tensile Strength wrt. 46NTA1
has quality: q Ra 46NTA1
has quality: q Rz 46NTA1
has quality: q batch 46NTA1
has quality: q cross section area 46NTA1
has quality: q original diameter 46NTA1
has quality: q original gauge length 46NTA1
has quality: q parallel length 46NTA1
derives from: iwt blank 46NT29 part 1 tqc
input of: process tensile test 46NTA1
is state of: 42CrMoS4 blank iwt HT 46NT29 1

Cutting Process for Blank 46NT30
type: separating
exists at: Temporal Region of IWM Cutting 46NT30
has input: iwt blank 46NT30 part 1 tqc
has output: Test piece 46NTA3

Temporal Region of IWM Cutting 46NT30
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT30
precedes: Temporal Region of Tensile Test 46NTA3

iwt blank 46NT30 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 33 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT30
derives into: Test piece 46NTA3
is state of: 42CrMoS4 blank iwt HT 46NT30 1

Test piece 46NTA3
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 33 after Heat Treatment
exists at: temp reg test piece 46NTA3
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTA3
has characteristic: Proof Strength Plastic Extension wrt. 46NTA3
has characteristic: Rp02 wrt. 46NTA3
has characteristic: Slope Of The Elastic Part wrt. 46NTA3
has characteristic: Tensile Strength wrt. 46NTA3
has quality: q Ra 46NTA3
has quality: q Rz 46NTA3
has quality: q batch 46NTA3
has quality: q cross section area 46NTA3
has quality: q original diameter 46NTA3
has quality: q original gauge length 46NTA3
has quality: q parallel length 46NTA3
derives from: iwt blank 46NT30 part 1 tqc
input of: process tensile test 46NTA3
is state of: 42CrMoS4 blank iwt HT 46NT30 1

Cutting Process for Blank 46NT31
type: separating
exists at: Temporal Region of IWM Cutting 46NT31
has input: iwt blank 46NT31 part 1 tqc
has output: Test piece 46NTA5

Temporal Region of IWM Cutting 46NT31
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT31
precedes: Temporal Region of Tensile Test 46NTA5

iwt blank 46NT31 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 34 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT31
derives into: Test piece 46NTA5
is state of: 42CrMoS4 blank iwt HT 46NT31 1

Test piece 46NTA5
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 34 after Heat Treatment
exists at: temp reg test piece 46NTA5
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTA5
has characteristic: Proof Strength Plastic Extension wrt. 46NTA5
has characteristic: Rp02 wrt. 46NTA5
has characteristic: Slope Of The Elastic Part wrt. 46NTA5
has characteristic: Tensile Strength wrt. 46NTA5
has quality: q Ra 46NTA5
has quality: q Rz 46NTA5
has quality: q batch 46NTA5
has quality: q cross section area 46NTA5
has quality: q original diameter 46NTA5
has quality: q original gauge length 46NTA5
has quality: q parallel length 46NTA5
derives from: iwt blank 46NT31 part 1 tqc
input of: process tensile test 46NTA5
is state of: 42CrMoS4 blank iwt HT 46NT31 1

Cutting Process for Blank 46NT32
type: separating
exists at: Temporal Region of IWM Cutting 46NT32
has input: iwt blank 46NT32 part 1 tqc
has output: Test piece 46NTA7

Temporal Region of IWM Cutting 46NT32
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT32
precedes: Temporal Region of Tensile Test 46NTA7

iwt blank 46NT32 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 35 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT32
derives into: Test piece 46NTA7
is state of: 42CrMoS4 blank iwt HT 46NT32 1

Test piece 46NTA7
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 35 after Heat Treatment
exists at: temp reg test piece 46NTA7
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTA7
has characteristic: Proof Strength Plastic Extension wrt. 46NTA7
has characteristic: Rp02 wrt. 46NTA7
has characteristic: Slope Of The Elastic Part wrt. 46NTA7
has characteristic: Tensile Strength wrt. 46NTA7
has quality: q Ra 46NTA7
has quality: q Rz 46NTA7
has quality: q batch 46NTA7
has quality: q cross section area 46NTA7
has quality: q original diameter 46NTA7
has quality: q original gauge length 46NTA7
has quality: q parallel length 46NTA7
derives from: iwt blank 46NT32 part 1 tqc
input of: process tensile test 46NTA7
is state of: 42CrMoS4 blank iwt HT 46NT32 1

Cutting Process for Blank 46NT33
type: separating
exists at: Temporal Region of IWM Cutting 46NT33
has input: iwt blank 46NT33 part 1 tqc
has output: Test piece 46NTA9

Temporal Region of IWM Cutting 46NT33
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT33
precedes: Temporal Region of Tensile Test 46NTA9

iwt blank 46NT33 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 36 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT33
derives into: Test piece 46NTA9
is state of: 42CrMoS4 blank iwt HT 46NT33 1

Test piece 46NTA9
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 36 after Heat Treatment
exists at: temp reg test piece 46NTA9
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTA9
has characteristic: Proof Strength Plastic Extension wrt. 46NTA9
has characteristic: Rp02 wrt. 46NTA9
has characteristic: Slope Of The Elastic Part wrt. 46NTA9
has characteristic: Tensile Strength wrt. 46NTA9
has quality: q Ra 46NTA9
has quality: q Rz 46NTA9
has quality: q batch 46NTA9
has quality: q cross section area 46NTA9
has quality: q original diameter 46NTA9
has quality: q original gauge length 46NTA9
has quality: q parallel length 46NTA9
derives from: iwt blank 46NT33 part 1 tqc
input of: process tensile test 46NTA9
is state of: 42CrMoS4 blank iwt HT 46NT33 1

Cutting Process for Blank 46NT34
type: separating
exists at: Temporal Region of IWM Cutting 46NT34
has input: iwt blank 46NT34 part 1 tqc
has output: Metallography Disc 46NTH6
has output: Test piece 46NTAB

Temporal Region of IWM Cutting 46NT34
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT34
precedes: Temporal Region of Tensile Test 46NTAB

iwt blank 46NT34 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 37 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT34
derives into: Metallography Disc 46NTH6
derives into: Test piece 46NTAB
is state of: 42CrMoS4 blank iwt HT 46NT34 1

Metallography Disc 46NTH6
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 37 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH6
has characteristic: HV10 Indentation Hardness wrt. 46NTH6
has characteristic: HV1 Indentation Hardness wrt. 46NTH6
has quality: ASTM Grain Size wrt. 46NTH6
has quality: Mean Planar Grain Diameter wrt. 46NTH6
derives from: iwt blank 46NT34 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTH6
input of: HV1 Indentation Hardness Test of 46NTH6
input of: Metallography of 46NTH6
is state of: 42CrMoS4 blank iwt HT 46NT34 1

Test piece 46NTAB
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 37 after Heat Treatment
exists at: temp reg test piece 46NTAB
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAB
has characteristic: Proof Strength Plastic Extension wrt. 46NTAB
has characteristic: Rp02 wrt. 46NTAB
has characteristic: Slope Of The Elastic Part wrt. 46NTAB
has characteristic: Tensile Strength wrt. 46NTAB
has quality: q Ra 46NTAB
has quality: q Rz 46NTAB
has quality: q batch 46NTAB
has quality: q cross section area 46NTAB
has quality: q original diameter 46NTAB
has quality: q original gauge length 46NTAB
has quality: q parallel length 46NTAB
derives from: iwt blank 46NT34 part 1 tqc
input of: process tensile test 46NTAB
is state of: 42CrMoS4 blank iwt HT 46NT34 1

Cutting Process for Blank 46NT35
type: separating
exists at: Temporal Region of IWM Cutting 46NT35
has input: iwt blank 46NT35 part 1 tqc
has output: Test piece 46NTAD

Temporal Region of IWM Cutting 46NT35
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT35
precedes: Temporal Region of Tensile Test 46NTAD

iwt blank 46NT35 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 38 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT35
derives into: Test piece 46NTAD
is state of: 42CrMoS4 blank iwt HT 46NT35 1

Test piece 46NTAD
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 38 after Heat Treatment
exists at: temp reg test piece 46NTAD
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAD
has characteristic: Proof Strength Plastic Extension wrt. 46NTAD
has characteristic: Rp02 wrt. 46NTAD
has characteristic: Slope Of The Elastic Part wrt. 46NTAD
has characteristic: Tensile Strength wrt. 46NTAD
has quality: q Ra 46NTAD
has quality: q Rz 46NTAD
has quality: q batch 46NTAD
has quality: q cross section area 46NTAD
has quality: q original diameter 46NTAD
has quality: q original gauge length 46NTAD
has quality: q parallel length 46NTAD
derives from: iwt blank 46NT35 part 1 tqc
input of: process tensile test 46NTAD
is state of: 42CrMoS4 blank iwt HT 46NT35 1

Cutting Process for Blank 46NT36
type: separating
exists at: Temporal Region of IWM Cutting 46NT36
has input: iwt blank 46NT36 part 1 tqc
has output: Test piece 46NTAF

Temporal Region of IWM Cutting 46NT36
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT36
precedes: Temporal Region of Tensile Test 46NTAF

iwt blank 46NT36 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 39 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT36
derives into: Test piece 46NTAF
is state of: 42CrMoS4 blank iwt HT 46NT36 1

Test piece 46NTAF
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 39 after Heat Treatment
exists at: temp reg test piece 46NTAF
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAF
has characteristic: Proof Strength Plastic Extension wrt. 46NTAF
has characteristic: Rp02 wrt. 46NTAF
has characteristic: Slope Of The Elastic Part wrt. 46NTAF
has characteristic: Tensile Strength wrt. 46NTAF
has quality: q Ra 46NTAF
has quality: q Rz 46NTAF
has quality: q batch 46NTAF
has quality: q cross section area 46NTAF
has quality: q original diameter 46NTAF
has quality: q original gauge length 46NTAF
has quality: q parallel length 46NTAF
derives from: iwt blank 46NT36 part 1 tqc
input of: process tensile test 46NTAF
is state of: 42CrMoS4 blank iwt HT 46NT36 1

Cutting Process for Blank 46NT37
type: separating
exists at: Temporal Region of IWM Cutting 46NT37
has input: iwt blank 46NT37 part 1 tqc
has output: Test piece 46NTAH

Temporal Region of IWM Cutting 46NT37
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT37
precedes: Temporal Region of Tensile Test 46NTAH

iwt blank 46NT37 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 40 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT37
derives into: Test piece 46NTAH
is state of: 42CrMoS4 blank iwt HT 46NT37 1

Test piece 46NTAH
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 40 after Heat Treatment
exists at: temp reg test piece 46NTAH
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAH
has characteristic: Proof Strength Plastic Extension wrt. 46NTAH
has characteristic: Rp02 wrt. 46NTAH
has characteristic: Slope Of The Elastic Part wrt. 46NTAH
has characteristic: Tensile Strength wrt. 46NTAH
has quality: q Ra 46NTAH
has quality: q Rz 46NTAH
has quality: q batch 46NTAH
has quality: q cross section area 46NTAH
has quality: q original diameter 46NTAH
has quality: q original gauge length 46NTAH
has quality: q parallel length 46NTAH
derives from: iwt blank 46NT37 part 1 tqc
input of: process tensile test 46NTAH
is state of: 42CrMoS4 blank iwt HT 46NT37 1

Cutting Process for Blank 46NT38
type: separating
exists at: Temporal Region of IWM Cutting 46NT38
has input: iwt blank 46NT38 part 1 tqc
has output: Test piece 46NTAJ

Temporal Region of IWM Cutting 46NT38
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT38
precedes: Temporal Region of Tensile Test 46NTAJ

iwt blank 46NT38 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 41 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT38
derives into: Test piece 46NTAJ
is state of: 42CrMoS4 blank iwt HT 46NT38 1

Test piece 46NTAJ
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 41 after Heat Treatment
exists at: temp reg test piece 46NTAJ
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAJ
has characteristic: Proof Strength Plastic Extension wrt. 46NTAJ
has characteristic: Rp02 wrt. 46NTAJ
has characteristic: Slope Of The Elastic Part wrt. 46NTAJ
has characteristic: Tensile Strength wrt. 46NTAJ
has quality: q Ra 46NTAJ
has quality: q Rz 46NTAJ
has quality: q batch 46NTAJ
has quality: q cross section area 46NTAJ
has quality: q original diameter 46NTAJ
has quality: q original gauge length 46NTAJ
has quality: q parallel length 46NTAJ
derives from: iwt blank 46NT38 part 1 tqc
input of: process tensile test 46NTAJ
is state of: 42CrMoS4 blank iwt HT 46NT38 1

Cutting Process for Blank 46NT39
type: separating
exists at: Temporal Region of IWM Cutting 46NT39
has input: iwt blank 46NT39 part 1 tqc
has output: Metallography Disc 46NTHB
has output: Test piece 46NTAL

Temporal Region of IWM Cutting 46NT39
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT39
precedes: Temporal Region of Tensile Test 46NTAL

iwt blank 46NT39 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 42 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT39
derives into: Metallography Disc 46NTHB
derives into: Test piece 46NTAL
is state of: 42CrMoS4 blank iwt HT 46NT39 1

Metallography Disc 46NTHB
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 42 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHB
has characteristic: HV10 Indentation Hardness wrt. 46NTHB
has characteristic: HV1 Indentation Hardness wrt. 46NTHB
has quality: ASTM Grain Size wrt. 46NTHB
has quality: Mean Planar Grain Diameter wrt. 46NTHB
derives from: iwt blank 46NT39 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTHB
input of: HV1 Indentation Hardness Test of 46NTHB
input of: Metallography of 46NTHB
is state of: 42CrMoS4 blank iwt HT 46NT39 1

Test piece 46NTAL
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 42 after Heat Treatment
exists at: temp reg test piece 46NTAL
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAL
has characteristic: Proof Strength Plastic Extension wrt. 46NTAL
has characteristic: Rp02 wrt. 46NTAL
has characteristic: Slope Of The Elastic Part wrt. 46NTAL
has characteristic: Tensile Strength wrt. 46NTAL
has quality: q Ra 46NTAL
has quality: q Rz 46NTAL
has quality: q batch 46NTAL
has quality: q cross section area 46NTAL
has quality: q original diameter 46NTAL
has quality: q original gauge length 46NTAL
has quality: q parallel length 46NTAL
derives from: iwt blank 46NT39 part 1 tqc
input of: process tensile test 46NTAL
is state of: 42CrMoS4 blank iwt HT 46NT39 1

Cutting Process for Blank 46NT40
type: separating
exists at: Temporal Region of IWM Cutting 46NT40
has input: iwt blank 46NT40 part 1 tqc
has output: Test piece 46NTAN

Temporal Region of IWM Cutting 46NT40
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT40
precedes: Temporal Region of Tensile Test 46NTAN

iwt blank 46NT40 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 43 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT40
derives into: Test piece 46NTAN
is state of: 42CrMoS4 blank iwt HT 46NT40 1

Test piece 46NTAN
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 43 after Heat Treatment
exists at: temp reg test piece 46NTAN
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAN
has characteristic: Proof Strength Plastic Extension wrt. 46NTAN
has characteristic: Rp02 wrt. 46NTAN
has characteristic: Slope Of The Elastic Part wrt. 46NTAN
has characteristic: Tensile Strength wrt. 46NTAN
has quality: q Ra 46NTAN
has quality: q Rz 46NTAN
has quality: q batch 46NTAN
has quality: q cross section area 46NTAN
has quality: q original diameter 46NTAN
has quality: q original gauge length 46NTAN
has quality: q parallel length 46NTAN
derives from: iwt blank 46NT40 part 1 tqc
input of: process tensile test 46NTAN
is state of: 42CrMoS4 blank iwt HT 46NT40 1

Cutting Process for Blank 46NT41
type: separating
exists at: Temporal Region of IWM Cutting 46NT41
has input: iwt blank 46NT41 part 1 tqc
has output: Test piece 46NTAP

Temporal Region of IWM Cutting 46NT41
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT41
precedes: Temporal Region of Tensile Test 46NTAP

iwt blank 46NT41 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 44 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT41
derives into: Test piece 46NTAP
is state of: 42CrMoS4 blank iwt HT 46NT41 1

Test piece 46NTAP
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 44 after Heat Treatment
exists at: temp reg test piece 46NTAP
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAP
has characteristic: Proof Strength Plastic Extension wrt. 46NTAP
has characteristic: Rp02 wrt. 46NTAP
has characteristic: Slope Of The Elastic Part wrt. 46NTAP
has characteristic: Tensile Strength wrt. 46NTAP
has quality: q Ra 46NTAP
has quality: q Rz 46NTAP
has quality: q batch 46NTAP
has quality: q cross section area 46NTAP
has quality: q original diameter 46NTAP
has quality: q original gauge length 46NTAP
has quality: q parallel length 46NTAP
derives from: iwt blank 46NT41 part 1 tqc
input of: process tensile test 46NTAP
is state of: 42CrMoS4 blank iwt HT 46NT41 1

Cutting Process for Blank 46NT42
type: separating
exists at: Temporal Region of IWM Cutting 46NT42
has input: iwt blank 46NT42 part 1 tqc
has output: Test piece 46NTAR

Temporal Region of IWM Cutting 46NT42
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT42
precedes: Temporal Region of Tensile Test 46NTAR

iwt blank 46NT42 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 45 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT42
derives into: Test piece 46NTAR
is state of: 42CrMoS4 blank iwt HT 46NT42 1

Test piece 46NTAR
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 45 after Heat Treatment
exists at: temp reg test piece 46NTAR
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAR
has characteristic: Proof Strength Plastic Extension wrt. 46NTAR
has characteristic: Rp02 wrt. 46NTAR
has characteristic: Slope Of The Elastic Part wrt. 46NTAR
has characteristic: Tensile Strength wrt. 46NTAR
has quality: q Ra 46NTAR
has quality: q Rz 46NTAR
has quality: q batch 46NTAR
has quality: q cross section area 46NTAR
has quality: q original diameter 46NTAR
has quality: q original gauge length 46NTAR
has quality: q parallel length 46NTAR
derives from: iwt blank 46NT42 part 1 tqc
input of: process tensile test 46NTAR
is state of: 42CrMoS4 blank iwt HT 46NT42 1

Cutting Process for Blank 46NT43
type: separating
exists at: Temporal Region of IWM Cutting 46NT43
has input: iwt blank 46NT43 part 1 tqc
has output: Metallography Disc 46NTHF
has output: Test piece 46NTAT

Temporal Region of IWM Cutting 46NT43
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT43
precedes: Temporal Region of Tensile Test 46NTAT

iwt blank 46NT43 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 62 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT43
derives into: Metallography Disc 46NTHF
derives into: Test piece 46NTAT
is state of: 42CrMoS4 blank iwt HT 46NT43 1

Metallography Disc 46NTHF
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 62 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHF
has characteristic: HV10 Indentation Hardness wrt. 46NTHF
has characteristic: HV1 Indentation Hardness wrt. 46NTHF
has quality: ASTM Grain Size wrt. 46NTHF
has quality: Mean Planar Grain Diameter wrt. 46NTHF
derives from: iwt blank 46NT43 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTHF
input of: HV1 Indentation Hardness Test of 46NTHF
input of: Metallography of 46NTHF
is state of: 42CrMoS4 blank iwt HT 46NT43 1

Test piece 46NTAT
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 62 after Heat Treatment
exists at: temp reg test piece 46NTAT
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAT
has characteristic: Proof Strength Plastic Extension wrt. 46NTAT
has characteristic: Rp02 wrt. 46NTAT
has characteristic: Slope Of The Elastic Part wrt. 46NTAT
has characteristic: Tensile Strength wrt. 46NTAT
has quality: q Ra 46NTAT
has quality: q Rz 46NTAT
has quality: q batch 46NTAT
has quality: q cross section area 46NTAT
has quality: q original diameter 46NTAT
has quality: q original gauge length 46NTAT
has quality: q parallel length 46NTAT
derives from: iwt blank 46NT43 part 1 tqc
input of: process tensile test 46NTAT
is state of: 42CrMoS4 blank iwt HT 46NT43 1

Cutting Process for Blank 46NT44
type: separating
exists at: Temporal Region of IWM Cutting 46NT44
has input: iwt blank 46NT44 part 1 tqc
has output: Test piece 46NTAV

Temporal Region of IWM Cutting 46NT44
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT44
precedes: Temporal Region of Tensile Test 46NTAV

iwt blank 46NT44 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 63 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT44
derives into: Test piece 46NTAV
is state of: 42CrMoS4 blank iwt HT 46NT44 1

Test piece 46NTAV
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 63 after Heat Treatment
exists at: temp reg test piece 46NTAV
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAV
has characteristic: Proof Strength Plastic Extension wrt. 46NTAV
has characteristic: Rp02 wrt. 46NTAV
has characteristic: Slope Of The Elastic Part wrt. 46NTAV
has characteristic: Tensile Strength wrt. 46NTAV
has quality: q Ra 46NTAV
has quality: q Rz 46NTAV
has quality: q batch 46NTAV
has quality: q cross section area 46NTAV
has quality: q original diameter 46NTAV
has quality: q original gauge length 46NTAV
has quality: q parallel length 46NTAV
derives from: iwt blank 46NT44 part 1 tqc
input of: process tensile test 46NTAV
is state of: 42CrMoS4 blank iwt HT 46NT44 1

Cutting Process for Blank 46NT45
type: separating
exists at: Temporal Region of IWM Cutting 46NT45
has input: iwt blank 46NT45 part 1 tqc
has output: Test piece 46NTAX

Temporal Region of IWM Cutting 46NT45
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT45
precedes: Temporal Region of Tensile Test 46NTAX

iwt blank 46NT45 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 64 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT45
derives into: Test piece 46NTAX
is state of: 42CrMoS4 blank iwt HT 46NT45 1

Test piece 46NTAX
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 64 after Heat Treatment
exists at: temp reg test piece 46NTAX
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAX
has characteristic: Proof Strength Plastic Extension wrt. 46NTAX
has characteristic: Rp02 wrt. 46NTAX
has characteristic: Slope Of The Elastic Part wrt. 46NTAX
has characteristic: Tensile Strength wrt. 46NTAX
has quality: q Ra 46NTAX
has quality: q Rz 46NTAX
has quality: q batch 46NTAX
has quality: q cross section area 46NTAX
has quality: q original diameter 46NTAX
has quality: q original gauge length 46NTAX
has quality: q parallel length 46NTAX
derives from: iwt blank 46NT45 part 1 tqc
input of: process tensile test 46NTAX
is state of: 42CrMoS4 blank iwt HT 46NT45 1

Cutting Process for Blank 46NT46
type: separating
exists at: Temporal Region of IWM Cutting 46NT46
has input: iwt blank 46NT46 part 1 tqc
has output: Test piece 46NTAZ

Temporal Region of IWM Cutting 46NT46
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT46
precedes: Temporal Region of Tensile Test 46NTAZ

iwt blank 46NT46 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 65 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT46
derives into: Test piece 46NTAZ
is state of: 42CrMoS4 blank iwt HT 46NT46 1

Test piece 46NTAZ
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 65 after Heat Treatment
exists at: temp reg test piece 46NTAZ
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTAZ
has characteristic: Proof Strength Plastic Extension wrt. 46NTAZ
has characteristic: Rp02 wrt. 46NTAZ
has characteristic: Slope Of The Elastic Part wrt. 46NTAZ
has characteristic: Tensile Strength wrt. 46NTAZ
has quality: q Ra 46NTAZ
has quality: q Rz 46NTAZ
has quality: q batch 46NTAZ
has quality: q cross section area 46NTAZ
has quality: q original diameter 46NTAZ
has quality: q original gauge length 46NTAZ
has quality: q parallel length 46NTAZ
derives from: iwt blank 46NT46 part 1 tqc
input of: process tensile test 46NTAZ
is state of: 42CrMoS4 blank iwt HT 46NT46 1

Cutting Process for Blank 46NT47
type: separating
exists at: Temporal Region of IWM Cutting 46NT47
has input: iwt blank 46NT47 part 1 tqc
has output: Test piece 46NTB1

Temporal Region of IWM Cutting 46NT47
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT47
precedes: Temporal Region of Tensile Test 46NTB1

iwt blank 46NT47 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 66 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT47
derives into: Test piece 46NTB1
is state of: 42CrMoS4 blank iwt HT 46NT47 1

Test piece 46NTB1
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 66 after Heat Treatment
exists at: temp reg test piece 46NTB1
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTB1
has characteristic: Proof Strength Plastic Extension wrt. 46NTB1
has characteristic: Rp02 wrt. 46NTB1
has characteristic: Slope Of The Elastic Part wrt. 46NTB1
has characteristic: Tensile Strength wrt. 46NTB1
has quality: q Ra 46NTB1
has quality: q Rz 46NTB1
has quality: q batch 46NTB1
has quality: q cross section area 46NTB1
has quality: q original diameter 46NTB1
has quality: q original gauge length 46NTB1
has quality: q parallel length 46NTB1
derives from: iwt blank 46NT47 part 1 tqc
input of: process tensile test 46NTB1
is state of: 42CrMoS4 blank iwt HT 46NT47 1

Cutting Process for Blank 46NT48
type: separating
exists at: Temporal Region of IWM Cutting 46NT48
has input: iwt blank 46NT48 part 1 tqc
has output: Metallography Disc 46NTHK
has output: Test piece 46NTB3

Temporal Region of IWM Cutting 46NT48
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT48
precedes: Temporal Region of Tensile Test 46NTB3

iwt blank 46NT48 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 67 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT48
derives into: Metallography Disc 46NTHK
derives into: Test piece 46NTB3
is state of: 42CrMoS4 blank iwt HT 46NT48 1

Metallography Disc 46NTHK
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 67 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHK
has characteristic: HV10 Indentation Hardness wrt. 46NTHK
has characteristic: HV1 Indentation Hardness wrt. 46NTHK
has quality: ASTM Grain Size wrt. 46NTHK
has quality: Mean Planar Grain Diameter wrt. 46NTHK
derives from: iwt blank 46NT48 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTHK
input of: HV1 Indentation Hardness Test of 46NTHK
input of: Metallography of 46NTHK
is state of: 42CrMoS4 blank iwt HT 46NT48 1

Test piece 46NTB3
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 67 after Heat Treatment
exists at: temp reg test piece 46NTB3
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTB3
has characteristic: Proof Strength Plastic Extension wrt. 46NTB3
has characteristic: Rp02 wrt. 46NTB3
has characteristic: Slope Of The Elastic Part wrt. 46NTB3
has characteristic: Tensile Strength wrt. 46NTB3
has quality: q Ra 46NTB3
has quality: q Rz 46NTB3
has quality: q batch 46NTB3
has quality: q cross section area 46NTB3
has quality: q original diameter 46NTB3
has quality: q original gauge length 46NTB3
has quality: q parallel length 46NTB3
derives from: iwt blank 46NT48 part 1 tqc
input of: process tensile test 46NTB3
is state of: 42CrMoS4 blank iwt HT 46NT48 1

Cutting Process for Blank 46NT49
type: separating
exists at: Temporal Region of IWM Cutting 46NT49
has input: iwt blank 46NT49 part 1 tqc
has output: Test piece 46NTB5

Temporal Region of IWM Cutting 46NT49
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT49
precedes: Temporal Region of Tensile Test 46NTB5

iwt blank 46NT49 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 68 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT49
derives into: Test piece 46NTB5
is state of: 42CrMoS4 blank iwt HT 46NT49 1

Test piece 46NTB5
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 68 after Heat Treatment
exists at: temp reg test piece 46NTB5
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTB5
has characteristic: Proof Strength Plastic Extension wrt. 46NTB5
has characteristic: Rp02 wrt. 46NTB5
has characteristic: Slope Of The Elastic Part wrt. 46NTB5
has characteristic: Tensile Strength wrt. 46NTB5
has quality: q Ra 46NTB5
has quality: q Rz 46NTB5
has quality: q batch 46NTB5
has quality: q cross section area 46NTB5
has quality: q original diameter 46NTB5
has quality: q original gauge length 46NTB5
has quality: q parallel length 46NTB5
derives from: iwt blank 46NT49 part 1 tqc
input of: process tensile test 46NTB5
is state of: 42CrMoS4 blank iwt HT 46NT49 1

Cutting Process for Blank 46NT50
type: separating
exists at: Temporal Region of IWM Cutting 46NT50
has input: iwt blank 46NT50 part 1 tqc
has output: Test piece 46NTB7

Temporal Region of IWM Cutting 46NT50
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT50
precedes: Temporal Region of Tensile Test 46NTB7

iwt blank 46NT50 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 69 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT50
derives into: Test piece 46NTB7
is state of: 42CrMoS4 blank iwt HT 46NT50 1

Test piece 46NTB7
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 69 after Heat Treatment
exists at: temp reg test piece 46NTB7
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTB7
has characteristic: Proof Strength Plastic Extension wrt. 46NTB7
has characteristic: Rp02 wrt. 46NTB7
has characteristic: Slope Of The Elastic Part wrt. 46NTB7
has characteristic: Tensile Strength wrt. 46NTB7
has quality: q Ra 46NTB7
has quality: q Rz 46NTB7
has quality: q batch 46NTB7
has quality: q cross section area 46NTB7
has quality: q original diameter 46NTB7
has quality: q original gauge length 46NTB7
has quality: q parallel length 46NTB7
derives from: iwt blank 46NT50 part 1 tqc
input of: process tensile test 46NTB7
is state of: 42CrMoS4 blank iwt HT 46NT50 1

Cutting Process for Blank 46NT51
type: separating
exists at: Temporal Region of IWM Cutting 46NT51
has input: iwt blank 46NT51 part 1 tqc
has output: Test piece 46NTB9

Temporal Region of IWM Cutting 46NT51
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT51
precedes: Temporal Region of Tensile Test 46NTB9

iwt blank 46NT51 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 70 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT51
derives into: Test piece 46NTB9
is state of: 42CrMoS4 blank iwt HT 46NT51 1

Test piece 46NTB9
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 70 after Heat Treatment
exists at: temp reg test piece 46NTB9
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTB9
has characteristic: Proof Strength Plastic Extension wrt. 46NTB9
has characteristic: Rp02 wrt. 46NTB9
has characteristic: Slope Of The Elastic Part wrt. 46NTB9
has characteristic: Tensile Strength wrt. 46NTB9
has quality: q Ra 46NTB9
has quality: q Rz 46NTB9
has quality: q batch 46NTB9
has quality: q cross section area 46NTB9
has quality: q original diameter 46NTB9
has quality: q original gauge length 46NTB9
has quality: q parallel length 46NTB9
derives from: iwt blank 46NT51 part 1 tqc
input of: process tensile test 46NTB9
is state of: 42CrMoS4 blank iwt HT 46NT51 1

Cutting Process for Blank 46NT52
type: separating
exists at: Temporal Region of IWM Cutting 46NT52
has input: iwt blank 46NT52 part 1 tqc
has output: Test piece 46NTBB

Temporal Region of IWM Cutting 46NT52
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT52
precedes: Temporal Region of Tensile Test 46NTBB

iwt blank 46NT52 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 71 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT52
derives into: Test piece 46NTBB
is state of: 42CrMoS4 blank iwt HT 46NT52 1

Test piece 46NTBB
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 71 after Heat Treatment
exists at: temp reg test piece 46NTBB
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBB
has characteristic: Proof Strength Plastic Extension wrt. 46NTBB
has characteristic: Rp02 wrt. 46NTBB
has characteristic: Slope Of The Elastic Part wrt. 46NTBB
has characteristic: Tensile Strength wrt. 46NTBB
has quality: q Ra 46NTBB
has quality: q Rz 46NTBB
has quality: q batch 46NTBB
has quality: q cross section area 46NTBB
has quality: q original diameter 46NTBB
has quality: q original gauge length 46NTBB
has quality: q parallel length 46NTBB
derives from: iwt blank 46NT52 part 1 tqc
input of: process tensile test 46NTBB
is state of: 42CrMoS4 blank iwt HT 46NT52 1

Cutting Process for Blank 46NT53
type: separating
exists at: Temporal Region of IWM Cutting 46NT53
has input: iwt blank 46NT53 part 1 tqc
has output: Metallography Disc 46NTHP
has output: Test piece 46NTBD

Temporal Region of IWM Cutting 46NT53
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT53
precedes: Temporal Region of Tensile Test 46NTBD

iwt blank 46NT53 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 72 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT53
derives into: Metallography Disc 46NTHP
derives into: Test piece 46NTBD
is state of: 42CrMoS4 blank iwt HT 46NT53 1

Metallography Disc 46NTHP
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 72 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHP
has characteristic: HV10 Indentation Hardness wrt. 46NTHP
has characteristic: HV1 Indentation Hardness wrt. 46NTHP
has quality: ASTM Grain Size wrt. 46NTHP
has quality: Mean Planar Grain Diameter wrt. 46NTHP
derives from: iwt blank 46NT53 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTHP
input of: HV1 Indentation Hardness Test of 46NTHP
input of: Metallography of 46NTHP
is state of: 42CrMoS4 blank iwt HT 46NT53 1

Test piece 46NTBD
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 72 after Heat Treatment
exists at: temp reg test piece 46NTBD
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBD
has characteristic: Proof Strength Plastic Extension wrt. 46NTBD
has characteristic: Rp02 wrt. 46NTBD
has characteristic: Slope Of The Elastic Part wrt. 46NTBD
has characteristic: Tensile Strength wrt. 46NTBD
has quality: q Ra 46NTBD
has quality: q Rz 46NTBD
has quality: q batch 46NTBD
has quality: q cross section area 46NTBD
has quality: q original diameter 46NTBD
has quality: q original gauge length 46NTBD
has quality: q parallel length 46NTBD
derives from: iwt blank 46NT53 part 1 tqc
input of: process tensile test 46NTBD
is state of: 42CrMoS4 blank iwt HT 46NT53 1

Cutting Process for Blank 46NT54
type: separating
exists at: Temporal Region of IWM Cutting 46NT54
has input: iwt blank 46NT54 part 1 tqc
has output: Test piece 46NTBF

Temporal Region of IWM Cutting 46NT54
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT54
precedes: Temporal Region of Tensile Test 46NTBF

iwt blank 46NT54 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 73 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT54
derives into: Test piece 46NTBF
is state of: 42CrMoS4 blank iwt HT 46NT54 1

Test piece 46NTBF
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 73 after Heat Treatment
exists at: temp reg test piece 46NTBF
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBF
has characteristic: Proof Strength Plastic Extension wrt. 46NTBF
has characteristic: Rp02 wrt. 46NTBF
has characteristic: Slope Of The Elastic Part wrt. 46NTBF
has characteristic: Tensile Strength wrt. 46NTBF
has quality: q Ra 46NTBF
has quality: q Rz 46NTBF
has quality: q batch 46NTBF
has quality: q cross section area 46NTBF
has quality: q original diameter 46NTBF
has quality: q original gauge length 46NTBF
has quality: q parallel length 46NTBF
derives from: iwt blank 46NT54 part 1 tqc
input of: process tensile test 46NTBF
is state of: 42CrMoS4 blank iwt HT 46NT54 1

Cutting Process for Blank 46NT55
type: separating
exists at: Temporal Region of IWM Cutting 46NT55
has input: iwt blank 46NT55 part 1 tqc
has output: Test piece 46NTBH

Temporal Region of IWM Cutting 46NT55
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT55
precedes: Temporal Region of Tensile Test 46NTBH

iwt blank 46NT55 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 74 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT55
derives into: Test piece 46NTBH
is state of: 42CrMoS4 blank iwt HT 46NT55 1

Test piece 46NTBH
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 74 after Heat Treatment
exists at: temp reg test piece 46NTBH
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBH
has characteristic: Proof Strength Plastic Extension wrt. 46NTBH
has characteristic: Rp02 wrt. 46NTBH
has characteristic: Slope Of The Elastic Part wrt. 46NTBH
has characteristic: Tensile Strength wrt. 46NTBH
has quality: q Ra 46NTBH
has quality: q Rz 46NTBH
has quality: q batch 46NTBH
has quality: q cross section area 46NTBH
has quality: q original diameter 46NTBH
has quality: q original gauge length 46NTBH
has quality: q parallel length 46NTBH
derives from: iwt blank 46NT55 part 1 tqc
input of: process tensile test 46NTBH
is state of: 42CrMoS4 blank iwt HT 46NT55 1

Cutting Process for Blank 46NT57
type: separating
exists at: Temporal Region of IWM Cutting 46NT57
has input: iwt blank 46NT57 part 1 tqc
has output: Metallography Disc 46NTHT
has output: Test piece 46NTBL

Temporal Region of IWM Cutting 46NT57
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT57
precedes: Temporal Region of Tensile Test 46NTBL

iwt blank 46NT57 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 77 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT57
derives into: Metallography Disc 46NTHT
derives into: Test piece 46NTBL
is state of: 42CrMoS4 blank iwt HT 46NT57 1

Metallography Disc 46NTHT
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 77 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHT
has characteristic: HV10 Indentation Hardness wrt. 46NTHT
has characteristic: HV1 Indentation Hardness wrt. 46NTHT
has quality: ASTM Grain Size wrt. 46NTHT
has quality: Mean Planar Grain Diameter wrt. 46NTHT
derives from: iwt blank 46NT57 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTHT
input of: HV1 Indentation Hardness Test of 46NTHT
input of: Metallography of 46NTHT
is state of: 42CrMoS4 blank iwt HT 46NT57 1

Test piece 46NTBL
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 77 after Heat Treatment
exists at: temp reg test piece 46NTBL
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBL
has characteristic: Proof Strength Plastic Extension wrt. 46NTBL
has characteristic: Rp02 wrt. 46NTBL
has characteristic: Slope Of The Elastic Part wrt. 46NTBL
has characteristic: Tensile Strength wrt. 46NTBL
has quality: q Ra 46NTBL
has quality: q Rz 46NTBL
has quality: q batch 46NTBL
has quality: q cross section area 46NTBL
has quality: q original diameter 46NTBL
has quality: q original gauge length 46NTBL
has quality: q parallel length 46NTBL
derives from: iwt blank 46NT57 part 1 tqc
input of: process tensile test 46NTBL
is state of: 42CrMoS4 blank iwt HT 46NT57 1

Cutting Process for Blank 46NT58
type: separating
exists at: Temporal Region of IWM Cutting 46NT58
has input: iwt blank 46NT58 part 1 tqc
has output: Test piece 46NTBN

Temporal Region of IWM Cutting 46NT58
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT58
precedes: Temporal Region of Tensile Test 46NTBN

iwt blank 46NT58 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 78 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT58
derives into: Test piece 46NTBN
is state of: 42CrMoS4 blank iwt HT 46NT58 1

Test piece 46NTBN
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 78 after Heat Treatment
exists at: temp reg test piece 46NTBN
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBN
has characteristic: Proof Strength Plastic Extension wrt. 46NTBN
has characteristic: Rp02 wrt. 46NTBN
has characteristic: Slope Of The Elastic Part wrt. 46NTBN
has characteristic: Tensile Strength wrt. 46NTBN
has quality: q Ra 46NTBN
has quality: q Rz 46NTBN
has quality: q batch 46NTBN
has quality: q cross section area 46NTBN
has quality: q original diameter 46NTBN
has quality: q original gauge length 46NTBN
has quality: q parallel length 46NTBN
derives from: iwt blank 46NT58 part 1 tqc
input of: process tensile test 46NTBN
is state of: 42CrMoS4 blank iwt HT 46NT58 1

Cutting Process for Blank 46NT59
type: separating
exists at: Temporal Region of IWM Cutting 46NT59
has input: iwt blank 46NT59 part 1 tqc
has output: Test piece 46NTBP

Temporal Region of IWM Cutting 46NT59
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT59
precedes: Temporal Region of Tensile Test 46NTBP

iwt blank 46NT59 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 79 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT59
derives into: Test piece 46NTBP
is state of: 42CrMoS4 blank iwt HT 46NT59 1

Test piece 46NTBP
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 79 after Heat Treatment
exists at: temp reg test piece 46NTBP
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBP
has characteristic: Proof Strength Plastic Extension wrt. 46NTBP
has characteristic: Rp02 wrt. 46NTBP
has characteristic: Slope Of The Elastic Part wrt. 46NTBP
has characteristic: Tensile Strength wrt. 46NTBP
has quality: q Ra 46NTBP
has quality: q Rz 46NTBP
has quality: q batch 46NTBP
has quality: q cross section area 46NTBP
has quality: q original diameter 46NTBP
has quality: q original gauge length 46NTBP
has quality: q parallel length 46NTBP
derives from: iwt blank 46NT59 part 1 tqc
input of: process tensile test 46NTBP
is state of: 42CrMoS4 blank iwt HT 46NT59 1

Cutting Process for Blank 46NT60
type: separating
exists at: Temporal Region of IWM Cutting 46NT60
has input: iwt blank 46NT60 part 1 tqc
has output: Test piece 46NTBR

Temporal Region of IWM Cutting 46NT60
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT60
precedes: Temporal Region of Tensile Test 46NTBR

iwt blank 46NT60 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 80 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT60
derives into: Test piece 46NTBR
is state of: 42CrMoS4 blank iwt HT 46NT60 1

Test piece 46NTBR
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 80 after Heat Treatment
exists at: temp reg test piece 46NTBR
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBR
has characteristic: Proof Strength Plastic Extension wrt. 46NTBR
has characteristic: Rp02 wrt. 46NTBR
has characteristic: Slope Of The Elastic Part wrt. 46NTBR
has characteristic: Tensile Strength wrt. 46NTBR
has quality: q Ra 46NTBR
has quality: q Rz 46NTBR
has quality: q batch 46NTBR
has quality: q cross section area 46NTBR
has quality: q original diameter 46NTBR
has quality: q original gauge length 46NTBR
has quality: q parallel length 46NTBR
derives from: iwt blank 46NT60 part 1 tqc
input of: process tensile test 46NTBR
is state of: 42CrMoS4 blank iwt HT 46NT60 1

Cutting Process for Blank 46NT61
type: separating
exists at: Temporal Region of IWM Cutting 46NT61
has input: iwt blank 46NT61 part 1 tqc
has output: Test piece 46NTBT

Temporal Region of IWM Cutting 46NT61
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT61
precedes: Temporal Region of Tensile Test 46NTBT

iwt blank 46NT61 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 81 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT61
derives into: Test piece 46NTBT
is state of: 42CrMoS4 blank iwt HT 46NT61 1

Test piece 46NTBT
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 81 after Heat Treatment
exists at: temp reg test piece 46NTBT
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBT
has characteristic: Proof Strength Plastic Extension wrt. 46NTBT
has characteristic: Rp02 wrt. 46NTBT
has characteristic: Slope Of The Elastic Part wrt. 46NTBT
has characteristic: Tensile Strength wrt. 46NTBT
has quality: q Ra 46NTBT
has quality: q Rz 46NTBT
has quality: q batch 46NTBT
has quality: q cross section area 46NTBT
has quality: q original diameter 46NTBT
has quality: q original gauge length 46NTBT
has quality: q parallel length 46NTBT
derives from: iwt blank 46NT61 part 1 tqc
input of: process tensile test 46NTBT
is state of: 42CrMoS4 blank iwt HT 46NT61 1

Cutting Process for Blank 46NT62
type: separating
exists at: Temporal Region of IWM Cutting 46NT62
has input: iwt blank 46NT62 part 1 tqc
has output: Metallography Disc 46NTHY
has output: Test piece 46NTBV

Temporal Region of IWM Cutting 46NT62
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT62
precedes: Temporal Region of Tensile Test 46NTBV

iwt blank 46NT62 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 82 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT62
derives into: Metallography Disc 46NTHY
derives into: Test piece 46NTBV
is state of: 42CrMoS4 blank iwt HT 46NT62 1

Metallography Disc 46NTHY
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 82 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHY
has characteristic: HV10 Indentation Hardness wrt. 46NTHY
has characteristic: HV1 Indentation Hardness wrt. 46NTHY
has quality: ASTM Grain Size wrt. 46NTHY
has quality: Mean Planar Grain Diameter wrt. 46NTHY
derives from: iwt blank 46NT62 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTHY
input of: HV1 Indentation Hardness Test of 46NTHY
input of: Metallography of 46NTHY
is state of: 42CrMoS4 blank iwt HT 46NT62 1

Test piece 46NTBV
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 82 after Heat Treatment
exists at: temp reg test piece 46NTBV
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBV
has characteristic: Proof Strength Plastic Extension wrt. 46NTBV
has characteristic: Rp02 wrt. 46NTBV
has characteristic: Slope Of The Elastic Part wrt. 46NTBV
has characteristic: Tensile Strength wrt. 46NTBV
has quality: q Ra 46NTBV
has quality: q Rz 46NTBV
has quality: q batch 46NTBV
has quality: q cross section area 46NTBV
has quality: q original diameter 46NTBV
has quality: q original gauge length 46NTBV
has quality: q parallel length 46NTBV
derives from: iwt blank 46NT62 part 1 tqc
input of: process tensile test 46NTBV
is state of: 42CrMoS4 blank iwt HT 46NT62 1

Cutting Process for Blank 46NT63
type: separating
exists at: Temporal Region of IWM Cutting 46NT63
has input: iwt blank 46NT63 part 1 tqc
has output: Test piece 46NTBX

Temporal Region of IWM Cutting 46NT63
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT63
precedes: Temporal Region of Tensile Test 46NTBX

iwt blank 46NT63 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 83 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT63
derives into: Test piece 46NTBX
is state of: 42CrMoS4 blank iwt HT 46NT63 1

Test piece 46NTBX
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 83 after Heat Treatment
exists at: temp reg test piece 46NTBX
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBX
has characteristic: Proof Strength Plastic Extension wrt. 46NTBX
has characteristic: Rp02 wrt. 46NTBX
has characteristic: Slope Of The Elastic Part wrt. 46NTBX
has characteristic: Tensile Strength wrt. 46NTBX
has quality: q Ra 46NTBX
has quality: q Rz 46NTBX
has quality: q batch 46NTBX
has quality: q cross section area 46NTBX
has quality: q original diameter 46NTBX
has quality: q original gauge length 46NTBX
has quality: q parallel length 46NTBX
derives from: iwt blank 46NT63 part 1 tqc
input of: process tensile test 46NTBX
is state of: 42CrMoS4 blank iwt HT 46NT63 1

Cutting Process for Blank 46NT64
type: separating
exists at: Temporal Region of IWM Cutting 46NT64
has input: iwt blank 46NT64 part 1 tqc
has output: Test piece 46NTBZ

Temporal Region of IWM Cutting 46NT64
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT64
precedes: Temporal Region of Tensile Test 46NTBZ

iwt blank 46NT64 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 84 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT64
derives into: Test piece 46NTBZ
is state of: 42CrMoS4 blank iwt HT 46NT64 1

Test piece 46NTBZ
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 84 after Heat Treatment
exists at: temp reg test piece 46NTBZ
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTBZ
has characteristic: Proof Strength Plastic Extension wrt. 46NTBZ
has characteristic: Rp02 wrt. 46NTBZ
has characteristic: Slope Of The Elastic Part wrt. 46NTBZ
has characteristic: Tensile Strength wrt. 46NTBZ
has quality: q Ra 46NTBZ
has quality: q Rz 46NTBZ
has quality: q batch 46NTBZ
has quality: q cross section area 46NTBZ
has quality: q original diameter 46NTBZ
has quality: q original gauge length 46NTBZ
has quality: q parallel length 46NTBZ
derives from: iwt blank 46NT64 part 1 tqc
input of: process tensile test 46NTBZ
is state of: 42CrMoS4 blank iwt HT 46NT64 1

Cutting Process for Blank 46NT65
type: separating
exists at: Temporal Region of IWM Cutting 46NT65
has input: iwt blank 46NT65 part 1 tqc
has output: Test piece 46NTC1

Temporal Region of IWM Cutting 46NT65
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT65
precedes: Temporal Region of Tensile Test 46NTC1

iwt blank 46NT65 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 85 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT65
derives into: Test piece 46NTC1
is state of: 42CrMoS4 blank iwt HT 46NT65 1

Test piece 46NTC1
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 85 after Heat Treatment
exists at: temp reg test piece 46NTC1
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTC1
has characteristic: Proof Strength Plastic Extension wrt. 46NTC1
has characteristic: Rp02 wrt. 46NTC1
has characteristic: Slope Of The Elastic Part wrt. 46NTC1
has characteristic: Tensile Strength wrt. 46NTC1
has quality: q Ra 46NTC1
has quality: q Rz 46NTC1
has quality: q batch 46NTC1
has quality: q cross section area 46NTC1
has quality: q original diameter 46NTC1
has quality: q original gauge length 46NTC1
has quality: q parallel length 46NTC1
derives from: iwt blank 46NT65 part 1 tqc
input of: process tensile test 46NTC1
is state of: 42CrMoS4 blank iwt HT 46NT65 1

Cutting Process for Blank 46NT66
type: separating
exists at: Temporal Region of IWM Cutting 46NT66
has input: iwt blank 46NT66 part 1 tqc
has output: Test piece 46NTC3

Temporal Region of IWM Cutting 46NT66
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT66
precedes: Temporal Region of Tensile Test 46NTC3

iwt blank 46NT66 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 86 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT66
derives into: Test piece 46NTC3
is state of: 42CrMoS4 blank iwt HT 46NT66 1

Test piece 46NTC3
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 86 after Heat Treatment
exists at: temp reg test piece 46NTC3
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTC3
has characteristic: Proof Strength Plastic Extension wrt. 46NTC3
has characteristic: Rp02 wrt. 46NTC3
has characteristic: Slope Of The Elastic Part wrt. 46NTC3
has characteristic: Tensile Strength wrt. 46NTC3
has quality: q Ra 46NTC3
has quality: q Rz 46NTC3
has quality: q batch 46NTC3
has quality: q cross section area 46NTC3
has quality: q original diameter 46NTC3
has quality: q original gauge length 46NTC3
has quality: q parallel length 46NTC3
derives from: iwt blank 46NT66 part 1 tqc
input of: process tensile test 46NTC3
is state of: 42CrMoS4 blank iwt HT 46NT66 1

Cutting Process for Blank 46NT67
type: separating
exists at: Temporal Region of IWM Cutting 46NT67
has input: iwt blank 46NT67 part 1 tqc
has output: Metallography Disc 46NTI3
has output: Test piece 46NTC5

Temporal Region of IWM Cutting 46NT67
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT67
precedes: Temporal Region of Tensile Test 46NTC5

iwt blank 46NT67 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 87 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT67
derives into: Metallography Disc 46NTI3
derives into: Test piece 46NTC5
is state of: 42CrMoS4 blank iwt HT 46NT67 1

Metallography Disc 46NTI3
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 87 after Heat Treatment
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTI3
has characteristic: HV10 Indentation Hardness wrt. 46NTI3
has characteristic: HV1 Indentation Hardness wrt. 46NTI3
has quality: ASTM Grain Size wrt. 46NTI3
has quality: Mean Planar Grain Diameter wrt. 46NTI3
derives from: iwt blank 46NT67 part 1 tqc
input of: HV10 Indentation Hardness Test of 46NTI3
input of: HV1 Indentation Hardness Test of 46NTI3
input of: Metallography of 46NTI3
is state of: 42CrMoS4 blank iwt HT 46NT67 1

Test piece 46NTC5
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 87 after Heat Treatment
exists at: temp reg test piece 46NTC5
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTC5
has characteristic: Proof Strength Plastic Extension wrt. 46NTC5
has characteristic: Rp02 wrt. 46NTC5
has characteristic: Slope Of The Elastic Part wrt. 46NTC5
has characteristic: Tensile Strength wrt. 46NTC5
has quality: q Ra 46NTC5
has quality: q Rz 46NTC5
has quality: q batch 46NTC5
has quality: q cross section area 46NTC5
has quality: q original diameter 46NTC5
has quality: q original gauge length 46NTC5
has quality: q parallel length 46NTC5
derives from: iwt blank 46NT67 part 1 tqc
input of: process tensile test 46NTC5
is state of: 42CrMoS4 blank iwt HT 46NT67 1

Cutting Process for Blank 46NT68
type: separating
exists at: Temporal Region of IWM Cutting 46NT68
has input: iwt blank 46NT68 part 1 tqc
has output: Test piece 46NTC7

Temporal Region of IWM Cutting 46NT68
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT68
precedes: Temporal Region of Tensile Test 46NTC7

iwt blank 46NT68 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 88 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT68
derives into: Test piece 46NTC7
is state of: 42CrMoS4 blank iwt HT 46NT68 1

Test piece 46NTC7
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 88 after Heat Treatment
exists at: temp reg test piece 46NTC7
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTC7
has characteristic: Proof Strength Plastic Extension wrt. 46NTC7
has characteristic: Rp02 wrt. 46NTC7
has characteristic: Slope Of The Elastic Part wrt. 46NTC7
has characteristic: Tensile Strength wrt. 46NTC7
has quality: q Ra 46NTC7
has quality: q Rz 46NTC7
has quality: q batch 46NTC7
has quality: q cross section area 46NTC7
has quality: q original diameter 46NTC7
has quality: q original gauge length 46NTC7
has quality: q parallel length 46NTC7
derives from: iwt blank 46NT68 part 1 tqc
input of: process tensile test 46NTC7
is state of: 42CrMoS4 blank iwt HT 46NT68 1

Cutting Process for Blank 46NT69
type: separating
exists at: Temporal Region of IWM Cutting 46NT69
has input: iwt blank 46NT69 part 1 tqc
has output: Test piece 46NTC9

Temporal Region of IWM Cutting 46NT69
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT69
precedes: Temporal Region of Tensile Test 46NTC9

iwt blank 46NT69 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 89 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT69
derives into: Test piece 46NTC9
is state of: 42CrMoS4 blank iwt HT 46NT69 1

Test piece 46NTC9
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 89 after Heat Treatment
exists at: temp reg test piece 46NTC9
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTC9
has characteristic: Proof Strength Plastic Extension wrt. 46NTC9
has characteristic: Rp02 wrt. 46NTC9
has characteristic: Slope Of The Elastic Part wrt. 46NTC9
has characteristic: Tensile Strength wrt. 46NTC9
has quality: q Ra 46NTC9
has quality: q Rz 46NTC9
has quality: q batch 46NTC9
has quality: q cross section area 46NTC9
has quality: q original diameter 46NTC9
has quality: q original gauge length 46NTC9
has quality: q parallel length 46NTC9
derives from: iwt blank 46NT69 part 1 tqc
input of: process tensile test 46NTC9
is state of: 42CrMoS4 blank iwt HT 46NT69 1

Cutting Process for Blank 46NT70
type: separating
exists at: Temporal Region of IWM Cutting 46NT70
has input: iwt blank 46NT70 part 1 tqc
has output: Test piece 46NTCB

Temporal Region of IWM Cutting 46NT70
type: temporal region
preceded by: temp reg between IWT and IWM cutting 46NT70
precedes: Temporal Region of Tensile Test 46NTCB

iwt blank 46NT70 part 1 tqc
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 90 after Heat Treatment
exists at: temp reg between IWT and IWM cutting 46NT70
derives into: Test piece 46NTCB
is state of: 42CrMoS4 blank iwt HT 46NT70 1

Test piece 46NTCB
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 90 after Heat Treatment
exists at: temp reg test piece 46NTCB
has characteristic: Percentage Plastic Extension At Maximum Force wrt. 46NTCB
has characteristic: Proof Strength Plastic Extension wrt. 46NTCB
has characteristic: Rp02 wrt. 46NTCB
has characteristic: Slope Of The Elastic Part wrt. 46NTCB
has characteristic: Tensile Strength wrt. 46NTCB
has quality: q Ra 46NTCB
has quality: q Rz 46NTCB
has quality: q batch 46NTCB
has quality: q cross section area 46NTCB
has quality: q original diameter 46NTCB
has quality: q original gauge length 46NTCB
has quality: q parallel length 46NTCB
derives from: iwt blank 46NT70 part 1 tqc
input of: process tensile test 46NTCB
is state of: 42CrMoS4 blank iwt HT 46NT70 1

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT01
has input: iwt blank 02
has output: iwt blank 46NT01

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT01
type: temporal region
preceded by: temp reg cutting 02
precedes: temp reg cutting metallo 46NT01

iwt blank 02
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 02
output of: process cutting 02

iwt blank 46NT01
type: object
type: 42CrMoS4 Steel 02 after Heat Treatment
derives from: iwt blank 02
input of: Cutting Process of Blank 46NT01 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT02
has input: iwt blank 03
has output: iwt blank 46NT02

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT02
type: temporal region
preceded by: temp reg cutting 03
precedes: temp reg cutting metallo 46NT02

iwt blank 03
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 03
output of: process cutting 03

iwt blank 46NT02
type: object
type: 42CrMoS4 Steel 03 after Heat Treatment
derives from: iwt blank 03
input of: Cutting Process of Blank 46NT02 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT03
has input: iwt blank 04
has output: iwt blank 46NT03

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT03
type: temporal region
preceded by: temp reg cutting 04
precedes: temp reg cutting metallo 46NT03

iwt blank 04
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 04
output of: process cutting 04

iwt blank 46NT03
type: object
type: 42CrMoS4 Steel 04 after Heat Treatment
derives from: iwt blank 04
input of: Cutting Process of Blank 46NT03 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT04
has input: iwt blank 05
has output: iwt blank 46NT04

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT04
type: temporal region
preceded by: temp reg cutting 05
precedes: temp reg cutting metallo 46NT04

iwt blank 05
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 05
output of: process cutting 05

iwt blank 46NT04
type: object
type: 42CrMoS4 Steel 05 after Heat Treatment
derives from: iwt blank 05
input of: Cutting Process of Blank 46NT04 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT05
has input: iwt blank 06
has output: iwt blank 46NT05

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT05
type: temporal region
preceded by: temp reg cutting 06
precedes: temp reg cutting metallo 46NT05

iwt blank 06
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 06
output of: process cutting 06

iwt blank 46NT05
type: object
type: 42CrMoS4 Steel 06 after Heat Treatment
derives from: iwt blank 06
input of: Cutting Process of Blank 46NT05 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT06
has input: iwt blank 07
has output: iwt blank 46NT06

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT06
type: temporal region
preceded by: temp reg cutting 07
precedes: temp reg cutting metallo 46NT06

iwt blank 07
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 07
output of: process cutting 07

iwt blank 46NT06
type: object
type: 42CrMoS4 Steel 07 after Heat Treatment
derives from: iwt blank 07
input of: Cutting Process of Blank 46NT06 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT07
has input: iwt blank 08
has output: iwt blank 46NT07

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT07
type: temporal region
preceded by: temp reg cutting 08
precedes: temp reg cutting metallo 46NT07

iwt blank 08
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 08
output of: process cutting 08

iwt blank 46NT07
type: object
type: 42CrMoS4 Steel 08 after Heat Treatment
derives from: iwt blank 08
input of: Cutting Process of Blank 46NT07 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT08
has input: iwt blank 09
has output: iwt blank 46NT08

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT08
type: temporal region
preceded by: temp reg cutting 09
precedes: temp reg cutting metallo 46NT08

iwt blank 09
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 09
output of: process cutting 09

iwt blank 46NT08
type: object
type: 42CrMoS4 Steel 09 after Heat Treatment
derives from: iwt blank 09
input of: Cutting Process of Blank 46NT08 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT09
has input: iwt blank 10
has output: iwt blank 46NT09

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT09
type: temporal region
preceded by: temp reg cutting 10
precedes: temp reg cutting metallo 46NT09

iwt blank 10
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 10
output of: process cutting 10

iwt blank 46NT09
type: object
type: 42CrMoS4 Steel 10 after Heat Treatment
derives from: iwt blank 10
input of: Cutting Process of Blank 46NT09 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT10
has input: iwt blank 11
has output: iwt blank 46NT10

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT10
type: temporal region
preceded by: temp reg cutting 11
precedes: temp reg cutting metallo 46NT10

iwt blank 11
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 11
output of: process cutting 11

iwt blank 46NT10
type: object
type: 42CrMoS4 Steel 11 after Heat Treatment
derives from: iwt blank 11
input of: Cutting Process of Blank 46NT10 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT11
has input: iwt blank 12
has output: iwt blank 46NT11

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT11
type: temporal region
preceded by: temp reg cutting 12
precedes: temp reg cutting metallo 46NT11

iwt blank 12
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 12
output of: process cutting 12

iwt blank 46NT11
type: object
type: 42CrMoS4 Steel 12 after Heat Treatment
derives from: iwt blank 12
input of: Cutting Process of Blank 46NT11 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT12
has input: iwt blank 13
has output: iwt blank 46NT12

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT12
type: temporal region
preceded by: temp reg cutting 13
precedes: temp reg cutting metallo 46NT12

iwt blank 13
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 13
output of: process cutting 13

iwt blank 46NT12
type: object
type: 42CrMoS4 Steel 13 after Heat Treatment
derives from: iwt blank 13
input of: Cutting Process of Blank 46NT12 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT13
has input: iwt blank 14
has output: iwt blank 46NT13

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT13
type: temporal region
preceded by: temp reg cutting 14
precedes: temp reg cutting metallo 46NT13

iwt blank 14
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 14
output of: process cutting 14

iwt blank 46NT13
type: object
type: 42CrMoS4 Steel 14 after Heat Treatment
derives from: iwt blank 14
input of: Cutting Process of Blank 46NT13 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT14
has input: iwt blank 15
has output: iwt blank 46NT14

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT14
type: temporal region
preceded by: temp reg cutting 15
precedes: temp reg cutting metallo 46NT14

iwt blank 15
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 15
output of: process cutting 15

iwt blank 46NT14
type: object
type: 42CrMoS4 Steel 15 after Heat Treatment
derives from: iwt blank 15
input of: Cutting Process of Blank 46NT14 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT15
has input: iwt blank 17
has output: iwt blank 46NT15

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT15
type: temporal region
preceded by: temp reg cutting 17
precedes: temp reg cutting metallo 46NT15

iwt blank 17
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 17
output of: process cutting 17

iwt blank 46NT15
type: object
type: 42CrMoS4 Steel 17 after Heat Treatment
derives from: iwt blank 17
input of: Cutting Process of Blank 46NT15 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT16
has input: iwt blank 18
has output: iwt blank 46NT16

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT16
type: temporal region
preceded by: temp reg cutting 18
precedes: temp reg cutting metallo 46NT16

iwt blank 18
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 18
output of: process cutting 18

iwt blank 46NT16
type: object
type: 42CrMoS4 Steel 18 after Heat Treatment
derives from: iwt blank 18
input of: Cutting Process of Blank 46NT16 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT17
has input: iwt blank 19
has output: iwt blank 46NT17

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT17
type: temporal region
preceded by: temp reg cutting 19
precedes: temp reg cutting metallo 46NT17

iwt blank 19
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 19
output of: process cutting 19

iwt blank 46NT17
type: object
type: 42CrMoS4 Steel 19 after Heat Treatment
derives from: iwt blank 19
input of: Cutting Process of Blank 46NT17 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT18
has input: iwt blank 20
has output: iwt blank 46NT18

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT18
type: temporal region
preceded by: temp reg cutting 20
precedes: temp reg cutting metallo 46NT18

iwt blank 20
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 20
output of: process cutting 20

iwt blank 46NT18
type: object
type: 42CrMoS4 Steel 20 after Heat Treatment
derives from: iwt blank 20
input of: Cutting Process of Blank 46NT18 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT20
has input: iwt blank 22
has output: iwt blank 46NT20

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT20
type: temporal region
preceded by: temp reg cutting 22
precedes: temp reg cutting metallo 46NT20

iwt blank 22
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 22
output of: process cutting 22

iwt blank 46NT20
type: object
type: 42CrMoS4 Steel 22 after Heat Treatment
derives from: iwt blank 22
input of: Cutting Process of Blank 46NT20 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT22
has input: iwt blank 24
has output: iwt blank 46NT22

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT22
type: temporal region
preceded by: temp reg cutting 24
precedes: temp reg cutting metallo 46NT22

iwt blank 24
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 24
output of: process cutting 24

iwt blank 46NT22
type: object
type: 42CrMoS4 Steel 24 after Heat Treatment
derives from: iwt blank 24
input of: Cutting Process of Blank 46NT22 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT23
has input: iwt blank 25
has output: iwt blank 46NT23

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT23
type: temporal region
preceded by: temp reg cutting 25
precedes: temp reg cutting metallo 46NT23

iwt blank 25
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 25
output of: process cutting 25

iwt blank 46NT23
type: object
type: 42CrMoS4 Steel 25 after Heat Treatment
derives from: iwt blank 25
input of: Cutting Process of Blank 46NT23 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT24
has input: iwt blank 26
has output: iwt blank 46NT24

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT24
type: temporal region
preceded by: temp reg cutting 26
precedes: temp reg cutting metallo 46NT24

iwt blank 26
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 26
output of: process cutting 26

iwt blank 46NT24
type: object
type: 42CrMoS4 Steel 26 after Heat Treatment
derives from: iwt blank 26
input of: Cutting Process of Blank 46NT24 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT25
has input: iwt blank 27
has output: iwt blank 46NT25

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT25
type: temporal region
preceded by: temp reg cutting 27
precedes: temp reg cutting metallo 46NT25

iwt blank 27
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 27
output of: process cutting 27

iwt blank 46NT25
type: object
type: 42CrMoS4 Steel 27 after Heat Treatment
derives from: iwt blank 27
input of: Cutting Process of Blank 46NT25 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT26
has input: iwt blank 28
has output: iwt blank 46NT26

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT26
type: temporal region
preceded by: temp reg cutting 28
precedes: temp reg cutting metallo 46NT26

iwt blank 28
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 28
output of: process cutting 28

iwt blank 46NT26
type: object
type: 42CrMoS4 Steel 28 after Heat Treatment
derives from: iwt blank 28
input of: Cutting Process of Blank 46NT26 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT27
has input: iwt blank 29
has output: iwt blank 46NT27

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT27
type: temporal region
preceded by: temp reg cutting 29
precedes: temp reg cutting metallo 46NT27

iwt blank 29
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 29
output of: process cutting 29

iwt blank 46NT27
type: object
type: 42CrMoS4 Steel 29 after Heat Treatment
derives from: iwt blank 29
input of: Cutting Process of Blank 46NT27 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT28
has input: iwt blank 30
has output: iwt blank 46NT28

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT28
type: temporal region
preceded by: temp reg cutting 30
precedes: temp reg cutting metallo 46NT28

iwt blank 30
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 30
output of: process cutting 30

iwt blank 46NT28
type: object
type: 42CrMoS4 Steel 30 after Heat Treatment
derives from: iwt blank 30
input of: Cutting Process of Blank 46NT28 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT29
has input: iwt blank 32
has output: iwt blank 46NT29

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT29
type: temporal region
preceded by: temp reg cutting 32
precedes: temp reg cutting metallo 46NT29

iwt blank 32
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 32
output of: process cutting 32

iwt blank 46NT29
type: object
type: 42CrMoS4 Steel 32 after Heat Treatment
derives from: iwt blank 32
input of: Cutting Process of Blank 46NT29 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT30
has input: iwt blank 33
has output: iwt blank 46NT30

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT30
type: temporal region
preceded by: temp reg cutting 33
precedes: temp reg cutting metallo 46NT30

iwt blank 33
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 33
output of: process cutting 33

iwt blank 46NT30
type: object
type: 42CrMoS4 Steel 33 after Heat Treatment
derives from: iwt blank 33
input of: Cutting Process of Blank 46NT30 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT31
has input: iwt blank 34
has output: iwt blank 46NT31

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT31
type: temporal region
preceded by: temp reg cutting 34
precedes: temp reg cutting metallo 46NT31

iwt blank 34
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 34
output of: process cutting 34

iwt blank 46NT31
type: object
type: 42CrMoS4 Steel 34 after Heat Treatment
derives from: iwt blank 34
input of: Cutting Process of Blank 46NT31 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT32
has input: iwt blank 35
has output: iwt blank 46NT32

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT32
type: temporal region
preceded by: temp reg cutting 35
precedes: temp reg cutting metallo 46NT32

iwt blank 35
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 35
output of: process cutting 35

iwt blank 46NT32
type: object
type: 42CrMoS4 Steel 35 after Heat Treatment
derives from: iwt blank 35
input of: Cutting Process of Blank 46NT32 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT33
has input: iwt blank 36
has output: iwt blank 46NT33

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT33
type: temporal region
preceded by: temp reg cutting 36
precedes: temp reg cutting metallo 46NT33

iwt blank 36
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 36
output of: process cutting 36

iwt blank 46NT33
type: object
type: 42CrMoS4 Steel 36 after Heat Treatment
derives from: iwt blank 36
input of: Cutting Process of Blank 46NT33 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT34
has input: iwt blank 37
has output: iwt blank 46NT34

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT34
type: temporal region
preceded by: temp reg cutting 37
precedes: temp reg cutting metallo 46NT34

iwt blank 37
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 37
output of: process cutting 37

iwt blank 46NT34
type: object
type: 42CrMoS4 Steel 37 after Heat Treatment
derives from: iwt blank 37
input of: Cutting Process of Blank 46NT34 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT35
has input: iwt blank 38
has output: iwt blank 46NT35

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT35
type: temporal region
preceded by: temp reg cutting 38
precedes: temp reg cutting metallo 46NT35

iwt blank 38
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 38
output of: process cutting 38

iwt blank 46NT35
type: object
type: 42CrMoS4 Steel 38 after Heat Treatment
derives from: iwt blank 38
input of: Cutting Process of Blank 46NT35 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT36
has input: iwt blank 39
has output: iwt blank 46NT36

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT36
type: temporal region
preceded by: temp reg cutting 39
precedes: temp reg cutting metallo 46NT36

iwt blank 39
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 39
output of: process cutting 39

iwt blank 46NT36
type: object
type: 42CrMoS4 Steel 39 after Heat Treatment
derives from: iwt blank 39
input of: Cutting Process of Blank 46NT36 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT37
has input: iwt blank 40
has output: iwt blank 46NT37

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT37
type: temporal region
preceded by: temp reg cutting 40
precedes: temp reg cutting metallo 46NT37

iwt blank 40
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 40
output of: process cutting 40

iwt blank 46NT37
type: object
type: 42CrMoS4 Steel 40 after Heat Treatment
derives from: iwt blank 40
input of: Cutting Process of Blank 46NT37 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT38
has input: iwt blank 41
has output: iwt blank 46NT38

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT38
type: temporal region
preceded by: temp reg cutting 41
precedes: temp reg cutting metallo 46NT38

iwt blank 41
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 41
output of: process cutting 41

iwt blank 46NT38
type: object
type: 42CrMoS4 Steel 41 after Heat Treatment
derives from: iwt blank 41
input of: Cutting Process of Blank 46NT38 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT39
has input: iwt blank 42
has output: iwt blank 46NT39

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT39
type: temporal region
preceded by: temp reg cutting 42
precedes: temp reg cutting metallo 46NT39

iwt blank 42
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 42
output of: process cutting 42

iwt blank 46NT39
type: object
type: 42CrMoS4 Steel 42 after Heat Treatment
derives from: iwt blank 42
input of: Cutting Process of Blank 46NT39 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT40
has input: iwt blank 43
has output: iwt blank 46NT40

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT40
type: temporal region
preceded by: temp reg cutting 43
precedes: temp reg cutting metallo 46NT40

iwt blank 43
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 43
output of: process cutting 43

iwt blank 46NT40
type: object
type: 42CrMoS4 Steel 43 after Heat Treatment
derives from: iwt blank 43
input of: Cutting Process of Blank 46NT40 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT41
has input: iwt blank 44
has output: iwt blank 46NT41

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT41
type: temporal region
preceded by: temp reg cutting 44
precedes: temp reg cutting metallo 46NT41

iwt blank 44
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 44
output of: process cutting 44

iwt blank 46NT41
type: object
type: 42CrMoS4 Steel 44 after Heat Treatment
derives from: iwt blank 44
input of: Cutting Process of Blank 46NT41 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT42
has input: iwt blank 45
has output: iwt blank 46NT42

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT42
type: temporal region
preceded by: temp reg cutting 45
precedes: temp reg cutting metallo 46NT42

iwt blank 45
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 45
output of: process cutting 45

iwt blank 46NT42
type: object
type: 42CrMoS4 Steel 45 after Heat Treatment
derives from: iwt blank 45
input of: Cutting Process of Blank 46NT42 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT43
has input: iwt blank 62
has output: iwt blank 46NT43

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT43
type: temporal region
preceded by: temp reg cutting 62
precedes: temp reg cutting metallo 46NT43

iwt blank 62
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 62
output of: process cutting 62

iwt blank 46NT43
type: object
type: 42CrMoS4 Steel 62 after Heat Treatment
derives from: iwt blank 62
input of: Cutting Process of Blank 46NT43 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT44
has input: iwt blank 63
has output: iwt blank 46NT44

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT44
type: temporal region
preceded by: temp reg cutting 63
precedes: temp reg cutting metallo 46NT44

iwt blank 63
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 63
output of: process cutting 63

iwt blank 46NT44
type: object
type: 42CrMoS4 Steel 63 after Heat Treatment
derives from: iwt blank 63
input of: Cutting Process of Blank 46NT44 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT45
has input: iwt blank 64
has output: iwt blank 46NT45

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT45
type: temporal region
preceded by: temp reg cutting 64
precedes: temp reg cutting metallo 46NT45

iwt blank 64
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 64
output of: process cutting 64

iwt blank 46NT45
type: object
type: 42CrMoS4 Steel 64 after Heat Treatment
derives from: iwt blank 64
input of: Cutting Process of Blank 46NT45 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT46
has input: iwt blank 65
has output: iwt blank 46NT46

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT46
type: temporal region
preceded by: temp reg cutting 65
precedes: temp reg cutting metallo 46NT46

iwt blank 65
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 65
output of: process cutting 65

iwt blank 46NT46
type: object
type: 42CrMoS4 Steel 65 after Heat Treatment
derives from: iwt blank 65
input of: Cutting Process of Blank 46NT46 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT47
has input: iwt blank 66
has output: iwt blank 46NT47

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT47
type: temporal region
preceded by: temp reg cutting 66
precedes: temp reg cutting metallo 46NT47

iwt blank 66
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 66
output of: process cutting 66

iwt blank 46NT47
type: object
type: 42CrMoS4 Steel 66 after Heat Treatment
derives from: iwt blank 66
input of: Cutting Process of Blank 46NT47 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT48
has input: iwt blank 67
has output: iwt blank 46NT48

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT48
type: temporal region
preceded by: temp reg cutting 67
precedes: temp reg cutting metallo 46NT48

iwt blank 67
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 67
output of: process cutting 67

iwt blank 46NT48
type: object
type: 42CrMoS4 Steel 67 after Heat Treatment
derives from: iwt blank 67
input of: Cutting Process of Blank 46NT48 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT49
has input: iwt blank 68
has output: iwt blank 46NT49

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT49
type: temporal region
preceded by: temp reg cutting 68
precedes: temp reg cutting metallo 46NT49

iwt blank 68
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 68
output of: process cutting 68

iwt blank 46NT49
type: object
type: 42CrMoS4 Steel 68 after Heat Treatment
derives from: iwt blank 68
input of: Cutting Process of Blank 46NT49 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT50
has input: iwt blank 69
has output: iwt blank 46NT50

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT50
type: temporal region
preceded by: temp reg cutting 69
precedes: temp reg cutting metallo 46NT50

iwt blank 69
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 69
output of: process cutting 69

iwt blank 46NT50
type: object
type: 42CrMoS4 Steel 69 after Heat Treatment
derives from: iwt blank 69
input of: Cutting Process of Blank 46NT50 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT51
has input: iwt blank 70
has output: iwt blank 46NT51

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT51
type: temporal region
preceded by: temp reg cutting 70
precedes: temp reg cutting metallo 46NT51

iwt blank 70
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 70
output of: process cutting 70

iwt blank 46NT51
type: object
type: 42CrMoS4 Steel 70 after Heat Treatment
derives from: iwt blank 70
input of: Cutting Process of Blank 46NT51 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT52
has input: iwt blank 71
has output: iwt blank 46NT52

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT52
type: temporal region
preceded by: temp reg cutting 71
precedes: temp reg cutting metallo 46NT52

iwt blank 71
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 71
output of: process cutting 71

iwt blank 46NT52
type: object
type: 42CrMoS4 Steel 71 after Heat Treatment
derives from: iwt blank 71
input of: Cutting Process of Blank 46NT52 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT53
has input: iwt blank 72
has output: iwt blank 46NT53

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT53
type: temporal region
preceded by: temp reg cutting 72
precedes: temp reg cutting metallo 46NT53

iwt blank 72
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 72
output of: process cutting 72

iwt blank 46NT53
type: object
type: 42CrMoS4 Steel 72 after Heat Treatment
derives from: iwt blank 72
input of: Cutting Process of Blank 46NT53 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT54
has input: iwt blank 73
has output: iwt blank 46NT54

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT54
type: temporal region
preceded by: temp reg cutting 73
precedes: temp reg cutting metallo 46NT54

iwt blank 73
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 73
output of: process cutting 73

iwt blank 46NT54
type: object
type: 42CrMoS4 Steel 73 after Heat Treatment
derives from: iwt blank 73
input of: Cutting Process of Blank 46NT54 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT55
has input: iwt blank 74
has output: iwt blank 46NT55

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT55
type: temporal region
preceded by: temp reg cutting 74
precedes: temp reg cutting metallo 46NT55

iwt blank 74
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 74
output of: process cutting 74

iwt blank 46NT55
type: object
type: 42CrMoS4 Steel 74 after Heat Treatment
derives from: iwt blank 74
input of: Cutting Process of Blank 46NT55 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT57
has input: iwt blank 77
has output: iwt blank 46NT57

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT57
type: temporal region
preceded by: temp reg cutting 77
precedes: temp reg cutting metallo 46NT57

iwt blank 77
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 77
output of: process cutting 77

iwt blank 46NT57
type: object
type: 42CrMoS4 Steel 77 after Heat Treatment
derives from: iwt blank 77
input of: Cutting Process of Blank 46NT57 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT58
has input: iwt blank 78
has output: iwt blank 46NT58

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT58
type: temporal region
preceded by: temp reg cutting 78
precedes: temp reg cutting metallo 46NT58

iwt blank 78
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 78
output of: process cutting 78

iwt blank 46NT58
type: object
type: 42CrMoS4 Steel 78 after Heat Treatment
derives from: iwt blank 78
input of: Cutting Process of Blank 46NT58 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT59
has input: iwt blank 79
has output: iwt blank 46NT59

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT59
type: temporal region
preceded by: temp reg cutting 79
precedes: temp reg cutting metallo 46NT59

iwt blank 79
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 79
output of: process cutting 79

iwt blank 46NT59
type: object
type: 42CrMoS4 Steel 79 after Heat Treatment
derives from: iwt blank 79
input of: Cutting Process of Blank 46NT59 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT60
has input: iwt blank 80
has output: iwt blank 46NT60

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT60
type: temporal region
preceded by: temp reg cutting 80
precedes: temp reg cutting metallo 46NT60

iwt blank 80
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 80
output of: process cutting 80

iwt blank 46NT60
type: object
type: 42CrMoS4 Steel 80 after Heat Treatment
derives from: iwt blank 80
input of: Cutting Process of Blank 46NT60 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT61
has input: iwt blank 81
has output: iwt blank 46NT61

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT61
type: temporal region
preceded by: temp reg cutting 81
precedes: temp reg cutting metallo 46NT61

iwt blank 81
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 81
output of: process cutting 81

iwt blank 46NT61
type: object
type: 42CrMoS4 Steel 81 after Heat Treatment
derives from: iwt blank 81
input of: Cutting Process of Blank 46NT61 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT62
has input: iwt blank 82
has output: iwt blank 46NT62

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT62
type: temporal region
preceded by: temp reg cutting 82
precedes: temp reg cutting metallo 46NT62

iwt blank 82
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 82
output of: process cutting 82

iwt blank 46NT62
type: object
type: 42CrMoS4 Steel 82 after Heat Treatment
derives from: iwt blank 82
input of: Cutting Process of Blank 46NT62 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT63
has input: iwt blank 83
has output: iwt blank 46NT63

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT63
type: temporal region
preceded by: temp reg cutting 83
precedes: temp reg cutting metallo 46NT63

iwt blank 83
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 83
output of: process cutting 83

iwt blank 46NT63
type: object
type: 42CrMoS4 Steel 83 after Heat Treatment
derives from: iwt blank 83
input of: Cutting Process of Blank 46NT63 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT64
has input: iwt blank 84
has output: iwt blank 46NT64

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT64
type: temporal region
preceded by: temp reg cutting 84
precedes: temp reg cutting metallo 46NT64

iwt blank 84
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 84
output of: process cutting 84

iwt blank 46NT64
type: object
type: 42CrMoS4 Steel 84 after Heat Treatment
derives from: iwt blank 84
input of: Cutting Process of Blank 46NT64 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT65
has input: iwt blank 85
has output: iwt blank 46NT65

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT65
type: temporal region
preceded by: temp reg cutting 85
precedes: temp reg cutting metallo 46NT65

iwt blank 85
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 85
output of: process cutting 85

iwt blank 46NT65
type: object
type: 42CrMoS4 Steel 85 after Heat Treatment
derives from: iwt blank 85
input of: Cutting Process of Blank 46NT65 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT66
has input: iwt blank 86
has output: iwt blank 46NT66

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT66
type: temporal region
preceded by: temp reg cutting 86
precedes: temp reg cutting metallo 46NT66

iwt blank 86
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 86
output of: process cutting 86

iwt blank 46NT66
type: object
type: 42CrMoS4 Steel 86 after Heat Treatment
derives from: iwt blank 86
input of: Cutting Process of Blank 46NT66 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT67
has input: iwt blank 87
has output: iwt blank 46NT67

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT67
type: temporal region
preceded by: temp reg cutting 87
precedes: temp reg cutting metallo 46NT67

iwt blank 87
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 87
output of: process cutting 87

iwt blank 46NT67
type: object
type: 42CrMoS4 Steel 87 after Heat Treatment
derives from: iwt blank 87
input of: Cutting Process of Blank 46NT67 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT68
has input: iwt blank 88
has output: iwt blank 46NT68

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT68
type: temporal region
preceded by: temp reg cutting 88
precedes: temp reg cutting metallo 46NT68

iwt blank 88
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 88
output of: process cutting 88

iwt blank 46NT68
type: object
type: 42CrMoS4 Steel 88 after Heat Treatment
derives from: iwt blank 88
input of: Cutting Process of Blank 46NT68 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT69
has input: iwt blank 89
has output: iwt blank 46NT69

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT69
type: temporal region
preceded by: temp reg cutting 89
precedes: temp reg cutting metallo 46NT69

iwt blank 89
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 89
output of: process cutting 89

iwt blank 46NT69
type: object
type: 42CrMoS4 Steel 89 after Heat Treatment
derives from: iwt blank 89
input of: Cutting Process of Blank 46NT69 for Metallography

Heat Treatment Process of IWT Blank 02
type: heat treatment
realizes: Heat Treatment Plan
exists at: Temporal Region of Heat Treatment 46NT70
has input: iwt blank 90
has output: iwt blank 46NT70

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT70
type: temporal region
preceded by: temp reg cutting 90
precedes: temp reg cutting metallo 46NT70

iwt blank 90
type: object
type: 42CrMoS4
derives from: 42CrMoS4 rod 90
output of: process cutting 90

iwt blank 46NT70
type: object
type: 42CrMoS4 Steel 90 after Heat Treatment
derives from: iwt blank 90
input of: Cutting Process of Blank 46NT70 for Metallography

Roughness Measurement of 46NT01
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT01
has input: Test piece 46NT71
has output: Test piece 46NT71

Roughness Measurement of 46NT02
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT02
has input: Test piece 46NT73
has output: Test piece 46NT73

Roughness Measurement of 46NT03
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT03
has input: Test piece 46NT75
has output: Test piece 46NT75

Roughness Measurement of 46NT04
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT04
has input: Test piece 46NT77
has output: Test piece 46NT77

Roughness Measurement of 46NT05
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT05
has input: Test piece 46NT79
has output: Test piece 46NT79

Roughness Measurement of 46NT06
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT06
has input: Test piece 46NT81
has output: Test piece 46NT81

Roughness Measurement of 46NT07
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT07
has input: Test piece 46NT83
has output: Test piece 46NT83

Roughness Measurement of 46NT08
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT08
has input: Test piece 46NT85
has output: Test piece 46NT85

Roughness Measurement of 46NT09
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT09
has input: Test piece 46NT87
has output: Test piece 46NT87

Roughness Measurement of 46NT10
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT10
has input: Test piece 46NT89
has output: Test piece 46NT89

Roughness Measurement of 46NT11
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT11
has input: Test piece 46NT91
has output: Test piece 46NT91

Roughness Measurement of 46NT12
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT12
has input: Test piece 46NT93
has output: Test piece 46NT93

Roughness Measurement of 46NT13
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT13
has input: Test piece 46NT95
has output: Test piece 46NT95

Roughness Measurement of 46NT14
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT14
has input: Test piece 46NT97
has output: Test piece 46NT97

Roughness Measurement of 46NT15
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT15
has input: Test piece 46NT99
has output: Test piece 46NT99

Roughness Measurement of 46NT16
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT16
has input: Test piece 46NT9B
has output: Test piece 46NT9B

Roughness Measurement of 46NT17
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT17
has input: Test piece 46NT9D
has output: Test piece 46NT9D

Roughness Measurement of 46NT18
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT18
has input: Test piece 46NT9F
has output: Test piece 46NT9F

Roughness Measurement of 46NT20
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT20
has input: Test piece 46NT9J
has output: Test piece 46NT9J

Roughness Measurement of 46NT22
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT22
has input: Test piece 46NT9N
has output: Test piece 46NT9N

Roughness Measurement of 46NT23
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT23
has input: Test piece 46NT9P
has output: Test piece 46NT9P

Roughness Measurement of 46NT24
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT24
has input: Test piece 46NT9R
has output: Test piece 46NT9R

Roughness Measurement of 46NT25
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT25
has input: Test piece 46NT9T
has output: Test piece 46NT9T

Roughness Measurement of 46NT26
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT26
has input: Test piece 46NT9V
has output: Test piece 46NT9V

Roughness Measurement of 46NT27
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT27
has input: Test piece 46NT9X
has output: Test piece 46NT9X

Roughness Measurement of 46NT28
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT28
has input: Test piece 46NT9Z
has output: Test piece 46NT9Z

Roughness Measurement of 46NT29
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT29
has input: Test piece 46NTA1
has output: Test piece 46NTA1

Roughness Measurement of 46NT30
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT30
has input: Test piece 46NTA3
has output: Test piece 46NTA3

Roughness Measurement of 46NT31
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT31
has input: Test piece 46NTA5
has output: Test piece 46NTA5

Roughness Measurement of 46NT32
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT32
has input: Test piece 46NTA7
has output: Test piece 46NTA7

Roughness Measurement of 46NT33
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT33
has input: Test piece 46NTA9
has output: Test piece 46NTA9

Roughness Measurement of 46NT34
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT34
has input: Test piece 46NTAB
has output: Test piece 46NTAB

Roughness Measurement of 46NT35
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT35
has input: Test piece 46NTAD
has output: Test piece 46NTAD

Roughness Measurement of 46NT36
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT36
has input: Test piece 46NTAF
has output: Test piece 46NTAF

Roughness Measurement of 46NT37
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT37
has input: Test piece 46NTAH
has output: Test piece 46NTAH

Roughness Measurement of 46NT38
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT38
has input: Test piece 46NTAJ
has output: Test piece 46NTAJ

Roughness Measurement of 46NT39
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT39
has input: Test piece 46NTAL
has output: Test piece 46NTAL

Roughness Measurement of 46NT40
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT40
has input: Test piece 46NTAN
has output: Test piece 46NTAN

Roughness Measurement of 46NT41
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT41
has input: Test piece 46NTAP
has output: Test piece 46NTAP

Roughness Measurement of 46NT42
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT42
has input: Test piece 46NTAR
has output: Test piece 46NTAR

Roughness Measurement of 46NT43
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT43
has input: Test piece 46NTAT
has output: Test piece 46NTAT

Roughness Measurement of 46NT44
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT44
has input: Test piece 46NTAV
has output: Test piece 46NTAV

Roughness Measurement of 46NT45
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT45
has input: Test piece 46NTAX
has output: Test piece 46NTAX

Roughness Measurement of 46NT46
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT46
has input: Test piece 46NTAZ
has output: Test piece 46NTAZ

Roughness Measurement of 46NT47
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT47
has input: Test piece 46NTB1
has output: Test piece 46NTB1

Roughness Measurement of 46NT48
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT48
has input: Test piece 46NTB3
has output: Test piece 46NTB3

Roughness Measurement of 46NT49
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT49
has input: Test piece 46NTB5
has output: Test piece 46NTB5

Roughness Measurement of 46NT50
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT50
has input: Test piece 46NTB7
has output: Test piece 46NTB7

Roughness Measurement of 46NT51
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT51
has input: Test piece 46NTB9
has output: Test piece 46NTB9

Roughness Measurement of 46NT52
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT52
has input: Test piece 46NTBB
has output: Test piece 46NTBB

Roughness Measurement of 46NT53
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT53
has input: Test piece 46NTBD
has output: Test piece 46NTBD

Roughness Measurement of 46NT54
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT54
has input: Test piece 46NTBF
has output: Test piece 46NTBF

Roughness Measurement of 46NT55
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT55
has input: Test piece 46NTBH
has output: Test piece 46NTBH

Roughness Measurement of 46NT57
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT57
has input: Test piece 46NTBL
has output: Test piece 46NTBL

Roughness Measurement of 46NT58
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT58
has input: Test piece 46NTBN
has output: Test piece 46NTBN

Roughness Measurement of 46NT59
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT59
has input: Test piece 46NTBP
has output: Test piece 46NTBP

Roughness Measurement of 46NT60
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT60
has input: Test piece 46NTBR
has output: Test piece 46NTBR

Roughness Measurement of 46NT61
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT61
has input: Test piece 46NTBT
has output: Test piece 46NTBT

Roughness Measurement of 46NT62
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT62
has input: Test piece 46NTBV
has output: Test piece 46NTBV

Roughness Measurement of 46NT63
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT63
has input: Test piece 46NTBX
has output: Test piece 46NTBX

Roughness Measurement of 46NT64
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT64
has input: Test piece 46NTBZ
has output: Test piece 46NTBZ

Roughness Measurement of 46NT65
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT65
has input: Test piece 46NTC1
has output: Test piece 46NTC1

Roughness Measurement of 46NT66
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT66
has input: Test piece 46NTC3
has output: Test piece 46NTC3

Roughness Measurement of 46NT67
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT67
has input: Test piece 46NTC5
has output: Test piece 46NTC5

Roughness Measurement of 46NT68
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT68
has input: Test piece 46NTC7
has output: Test piece 46NTC7

Roughness Measurement of 46NT69
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT69
has input: Test piece 46NTC9
has output: Test piece 46NTC9

Roughness Measurement of 46NT70
type: structural property analyzing process
exists at: temp reg rougness measurement 46NT70
has input: Test piece 46NTCB
has output: Test piece 46NTCB

Temporal Region after Heat Treatment of 46NT01
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT01

Temporal Region after Heat Treatment of 46NT02
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT02

Temporal Region after Heat Treatment of 46NT03
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT03

Temporal Region after Heat Treatment of 46NT04
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT04

Temporal Region after Heat Treatment of 46NT05
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT05

Temporal Region after Heat Treatment of 46NT06
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT06

Temporal Region after Heat Treatment of 46NT07
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT07

Temporal Region after Heat Treatment of 46NT08
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT08

Temporal Region after Heat Treatment of 46NT09
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT09

Temporal Region after Heat Treatment of 46NT10
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT10

Temporal Region after Heat Treatment of 46NT11
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT11

Temporal Region after Heat Treatment of 46NT12
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT12

Temporal Region after Heat Treatment of 46NT13
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT13

Temporal Region after Heat Treatment of 46NT14
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT14

Temporal Region after Heat Treatment of 46NT15
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT15

Temporal Region after Heat Treatment of 46NT16
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT16

Temporal Region after Heat Treatment of 46NT17
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT17

Temporal Region after Heat Treatment of 46NT18
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT18

Temporal Region after Heat Treatment of 46NT20
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT20

Temporal Region after Heat Treatment of 46NT22
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT22

Temporal Region after Heat Treatment of 46NT23
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT23

Temporal Region after Heat Treatment of 46NT24
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT24

Temporal Region after Heat Treatment of 46NT25
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT25

Temporal Region after Heat Treatment of 46NT26
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT26

Temporal Region after Heat Treatment of 46NT27
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT27

Temporal Region after Heat Treatment of 46NT28
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT28

Temporal Region after Heat Treatment of 46NT29
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT29

Temporal Region after Heat Treatment of 46NT30
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT30

Temporal Region after Heat Treatment of 46NT31
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT31

Temporal Region after Heat Treatment of 46NT32
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT32

Temporal Region after Heat Treatment of 46NT33
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT33

Temporal Region after Heat Treatment of 46NT34
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT34

Temporal Region after Heat Treatment of 46NT35
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT35

Temporal Region after Heat Treatment of 46NT36
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT36

Temporal Region after Heat Treatment of 46NT37
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT37

Temporal Region after Heat Treatment of 46NT38
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT38

Temporal Region after Heat Treatment of 46NT39
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT39

Temporal Region after Heat Treatment of 46NT40
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT40

Temporal Region after Heat Treatment of 46NT41
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT41

Temporal Region after Heat Treatment of 46NT42
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT42

Temporal Region after Heat Treatment of 46NT43
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT43

Temporal Region after Heat Treatment of 46NT44
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT44

Temporal Region after Heat Treatment of 46NT45
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT45

Temporal Region after Heat Treatment of 46NT46
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT46

Temporal Region after Heat Treatment of 46NT47
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT47

Temporal Region after Heat Treatment of 46NT48
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT48

Temporal Region after Heat Treatment of 46NT49
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT49

Temporal Region after Heat Treatment of 46NT50
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT50

Temporal Region after Heat Treatment of 46NT51
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT51

Temporal Region after Heat Treatment of 46NT52
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT52

Temporal Region after Heat Treatment of 46NT53
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT53

Temporal Region after Heat Treatment of 46NT54
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT54

Temporal Region after Heat Treatment of 46NT55
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT55

Temporal Region after Heat Treatment of 46NT57
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT57

Temporal Region after Heat Treatment of 46NT58
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT58

Temporal Region after Heat Treatment of 46NT59
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT59

Temporal Region after Heat Treatment of 46NT60
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT60

Temporal Region after Heat Treatment of 46NT61
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT61

Temporal Region after Heat Treatment of 46NT62
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT62

Temporal Region after Heat Treatment of 46NT63
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT63

Temporal Region after Heat Treatment of 46NT64
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT64

Temporal Region after Heat Treatment of 46NT65
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT65

Temporal Region after Heat Treatment of 46NT66
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT66

Temporal Region after Heat Treatment of 46NT67
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT67

Temporal Region after Heat Treatment of 46NT68
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT68

Temporal Region after Heat Treatment of 46NT69
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT69

Temporal Region after Heat Treatment of 46NT70
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT70

Temporal Region before Heat Treatment of 46NT01
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT01

Temporal Region before Heat Treatment of 46NT02
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT02

Temporal Region before Heat Treatment of 46NT03
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT03

Temporal Region before Heat Treatment of 46NT04
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT04

Temporal Region before Heat Treatment of 46NT05
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT05

Temporal Region before Heat Treatment of 46NT06
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT06

Temporal Region before Heat Treatment of 46NT07
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT07

Temporal Region before Heat Treatment of 46NT08
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT08

Temporal Region before Heat Treatment of 46NT09
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT09

Temporal Region before Heat Treatment of 46NT10
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT10

Temporal Region before Heat Treatment of 46NT11
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT11

Temporal Region before Heat Treatment of 46NT12
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT12

Temporal Region before Heat Treatment of 46NT13
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT13

Temporal Region before Heat Treatment of 46NT14
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT14

Temporal Region before Heat Treatment of 46NT15
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT15

Temporal Region before Heat Treatment of 46NT16
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT16

Temporal Region before Heat Treatment of 46NT17
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT17

Temporal Region before Heat Treatment of 46NT18
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT18

Temporal Region before Heat Treatment of 46NT20
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT20

Temporal Region before Heat Treatment of 46NT22
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT22

Temporal Region before Heat Treatment of 46NT23
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT23

Temporal Region before Heat Treatment of 46NT24
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT24

Temporal Region before Heat Treatment of 46NT25
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT25

Temporal Region before Heat Treatment of 46NT26
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT26

Temporal Region before Heat Treatment of 46NT27
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT27

Temporal Region before Heat Treatment of 46NT28
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT28

Temporal Region before Heat Treatment of 46NT29
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT29

Temporal Region before Heat Treatment of 46NT30
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT30

Temporal Region before Heat Treatment of 46NT31
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT31

Temporal Region before Heat Treatment of 46NT32
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT32

Temporal Region before Heat Treatment of 46NT33
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT33

Temporal Region before Heat Treatment of 46NT34
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT34

Temporal Region before Heat Treatment of 46NT35
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT35

Temporal Region before Heat Treatment of 46NT36
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT36

Temporal Region before Heat Treatment of 46NT37
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT37

Temporal Region before Heat Treatment of 46NT38
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT38

Temporal Region before Heat Treatment of 46NT39
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT39

Temporal Region before Heat Treatment of 46NT40
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT40

Temporal Region before Heat Treatment of 46NT41
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT41

Temporal Region before Heat Treatment of 46NT42
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT42

Temporal Region before Heat Treatment of 46NT43
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT43

Temporal Region before Heat Treatment of 46NT44
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT44

Temporal Region before Heat Treatment of 46NT45
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT45

Temporal Region before Heat Treatment of 46NT46
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT46

Temporal Region before Heat Treatment of 46NT47
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT47

Temporal Region before Heat Treatment of 46NT48
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT48

Temporal Region before Heat Treatment of 46NT49
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT49

Temporal Region before Heat Treatment of 46NT50
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT50

Temporal Region before Heat Treatment of 46NT51
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT51

Temporal Region before Heat Treatment of 46NT52
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT52

Temporal Region before Heat Treatment of 46NT53
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT53

Temporal Region before Heat Treatment of 46NT54
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT54

Temporal Region before Heat Treatment of 46NT55
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT55

Temporal Region before Heat Treatment of 46NT57
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT57

Temporal Region before Heat Treatment of 46NT58
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT58

Temporal Region before Heat Treatment of 46NT59
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT59

Temporal Region before Heat Treatment of 46NT60
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT60

Temporal Region before Heat Treatment of 46NT61
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT61

Temporal Region before Heat Treatment of 46NT62
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT62

Temporal Region before Heat Treatment of 46NT63
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT63

Temporal Region before Heat Treatment of 46NT64
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT64

Temporal Region before Heat Treatment of 46NT65
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT65

Temporal Region before Heat Treatment of 46NT66
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT66

Temporal Region before Heat Treatment of 46NT67
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT67

Temporal Region before Heat Treatment of 46NT68
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT68

Temporal Region before Heat Treatment of 46NT69
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT69

Temporal Region before Heat Treatment of 46NT70
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT70

iwt blank 46NT01 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 02 after Heat Treatment
output of: Cutting Process of Blank 46NT01 for Metallography

42CrMoS4 Steel 02 after Heat Treatment
type: steel

Cutting Process of Blank 46NT01 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT01
has input: iwt blank 46NT01
has output: iwt blank 46NT01 part 2
has output: 42CrMoS4 blank iwt HT 46NT01 1

iwt blank 46NT02 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 03 after Heat Treatment
output of: Cutting Process of Blank 46NT02 for Metallography

42CrMoS4 Steel 03 after Heat Treatment
type: steel

Cutting Process of Blank 46NT02 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT02
has input: iwt blank 46NT02
has output: iwt blank 46NT02 part 2
has output: 42CrMoS4 blank iwt HT 46NT02 1

iwt blank 46NT03 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 04 after Heat Treatment
output of: Cutting Process of Blank 46NT03 for Metallography

42CrMoS4 Steel 04 after Heat Treatment
type: steel

Cutting Process of Blank 46NT03 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT03
has input: iwt blank 46NT03
has output: iwt blank 46NT03 part 2
has output: 42CrMoS4 blank iwt HT 46NT03 1

iwt blank 46NT04 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 05 after Heat Treatment
output of: Cutting Process of Blank 46NT04 for Metallography

42CrMoS4 Steel 05 after Heat Treatment
type: steel

Cutting Process of Blank 46NT04 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT04
has input: iwt blank 46NT04
has output: iwt blank 46NT04 part 2
has output: 42CrMoS4 blank iwt HT 46NT04 1

iwt blank 46NT05 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 06 after Heat Treatment
output of: Cutting Process of Blank 46NT05 for Metallography

42CrMoS4 Steel 06 after Heat Treatment
type: steel

Cutting Process of Blank 46NT05 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT05
has input: iwt blank 46NT05
has output: iwt blank 46NT05 part 2
has output: 42CrMoS4 blank iwt HT 46NT05 1

iwt blank 46NT06 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 07 after Heat Treatment
output of: Cutting Process of Blank 46NT06 for Metallography

42CrMoS4 Steel 07 after Heat Treatment
type: steel

Cutting Process of Blank 46NT06 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT06
has input: iwt blank 46NT06
has output: iwt blank 46NT06 part 2
has output: 42CrMoS4 blank iwt HT 46NT06 1

iwt blank 46NT07 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 08 after Heat Treatment
output of: Cutting Process of Blank 46NT07 for Metallography

42CrMoS4 Steel 08 after Heat Treatment
type: steel

Cutting Process of Blank 46NT07 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT07
has input: iwt blank 46NT07
has output: iwt blank 46NT07 part 2
has output: 42CrMoS4 blank iwt HT 46NT07 1

iwt blank 46NT08 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 09 after Heat Treatment
output of: Cutting Process of Blank 46NT08 for Metallography

42CrMoS4 Steel 09 after Heat Treatment
type: steel

Cutting Process of Blank 46NT08 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT08
has input: iwt blank 46NT08
has output: iwt blank 46NT08 part 2
has output: 42CrMoS4 blank iwt HT 46NT08 1

iwt blank 46NT09 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 10 after Heat Treatment
output of: Cutting Process of Blank 46NT09 for Metallography

42CrMoS4 Steel 10 after Heat Treatment
type: steel

Cutting Process of Blank 46NT09 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT09
has input: iwt blank 46NT09
has output: iwt blank 46NT09 part 2
has output: 42CrMoS4 blank iwt HT 46NT09 1

iwt blank 46NT10 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 11 after Heat Treatment
output of: Cutting Process of Blank 46NT10 for Metallography

42CrMoS4 Steel 11 after Heat Treatment
type: steel

Cutting Process of Blank 46NT10 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT10
has input: iwt blank 46NT10
has output: iwt blank 46NT10 part 2
has output: 42CrMoS4 blank iwt HT 46NT10 1

iwt blank 46NT11 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 12 after Heat Treatment
output of: Cutting Process of Blank 46NT11 for Metallography

42CrMoS4 Steel 12 after Heat Treatment
type: steel

Cutting Process of Blank 46NT11 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT11
has input: iwt blank 46NT11
has output: iwt blank 46NT11 part 2
has output: 42CrMoS4 blank iwt HT 46NT11 1

iwt blank 46NT12 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 13 after Heat Treatment
output of: Cutting Process of Blank 46NT12 for Metallography

42CrMoS4 Steel 13 after Heat Treatment
type: steel

Cutting Process of Blank 46NT12 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT12
has input: iwt blank 46NT12
has output: iwt blank 46NT12 part 2
has output: 42CrMoS4 blank iwt HT 46NT12 1

iwt blank 46NT13 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 14 after Heat Treatment
output of: Cutting Process of Blank 46NT13 for Metallography

42CrMoS4 Steel 14 after Heat Treatment
type: steel

Cutting Process of Blank 46NT13 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT13
has input: iwt blank 46NT13
has output: iwt blank 46NT13 part 2
has output: 42CrMoS4 blank iwt HT 46NT13 1

iwt blank 46NT14 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 15 after Heat Treatment
output of: Cutting Process of Blank 46NT14 for Metallography

42CrMoS4 Steel 15 after Heat Treatment
type: steel

Cutting Process of Blank 46NT14 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT14
has input: iwt blank 46NT14
has output: iwt blank 46NT14 part 2
has output: 42CrMoS4 blank iwt HT 46NT14 1

iwt blank 46NT15 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 17 after Heat Treatment
output of: Cutting Process of Blank 46NT15 for Metallography

42CrMoS4 Steel 17 after Heat Treatment
type: steel

Cutting Process of Blank 46NT15 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT15
has input: iwt blank 46NT15
has output: iwt blank 46NT15 part 2
has output: 42CrMoS4 blank iwt HT 46NT15 1

iwt blank 46NT16 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 18 after Heat Treatment
output of: Cutting Process of Blank 46NT16 for Metallography

42CrMoS4 Steel 18 after Heat Treatment
type: steel

Cutting Process of Blank 46NT16 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT16
has input: iwt blank 46NT16
has output: iwt blank 46NT16 part 2
has output: 42CrMoS4 blank iwt HT 46NT16 1

iwt blank 46NT17 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 19 after Heat Treatment
output of: Cutting Process of Blank 46NT17 for Metallography

42CrMoS4 Steel 19 after Heat Treatment
type: steel

Cutting Process of Blank 46NT17 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT17
has input: iwt blank 46NT17
has output: iwt blank 46NT17 part 2
has output: 42CrMoS4 blank iwt HT 46NT17 1

iwt blank 46NT18 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 20 after Heat Treatment
output of: Cutting Process of Blank 46NT18 for Metallography

42CrMoS4 Steel 20 after Heat Treatment
type: steel

Cutting Process of Blank 46NT18 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT18
has input: iwt blank 46NT18
has output: iwt blank 46NT18 part 2
has output: 42CrMoS4 blank iwt HT 46NT18 1

iwt blank 46NT20 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 22 after Heat Treatment
output of: Cutting Process of Blank 46NT20 for Metallography

42CrMoS4 Steel 22 after Heat Treatment
type: steel

Cutting Process of Blank 46NT20 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT20
has input: iwt blank 46NT20
has output: iwt blank 46NT20 part 2
has output: 42CrMoS4 blank iwt HT 46NT20 1

iwt blank 46NT22 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 24 after Heat Treatment
output of: Cutting Process of Blank 46NT22 for Metallography

42CrMoS4 Steel 24 after Heat Treatment
type: steel

Cutting Process of Blank 46NT22 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT22
has input: iwt blank 46NT22
has output: iwt blank 46NT22 part 2
has output: 42CrMoS4 blank iwt HT 46NT22 1

iwt blank 46NT23 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 25 after Heat Treatment
output of: Cutting Process of Blank 46NT23 for Metallography

42CrMoS4 Steel 25 after Heat Treatment
type: steel

Cutting Process of Blank 46NT23 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT23
has input: iwt blank 46NT23
has output: iwt blank 46NT23 part 2
has output: 42CrMoS4 blank iwt HT 46NT23 1

iwt blank 46NT24 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 26 after Heat Treatment
output of: Cutting Process of Blank 46NT24 for Metallography

42CrMoS4 Steel 26 after Heat Treatment
type: steel

Cutting Process of Blank 46NT24 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT24
has input: iwt blank 46NT24
has output: iwt blank 46NT24 part 2
has output: 42CrMoS4 blank iwt HT 46NT24 1

iwt blank 46NT25 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 27 after Heat Treatment
output of: Cutting Process of Blank 46NT25 for Metallography

42CrMoS4 Steel 27 after Heat Treatment
type: steel

Cutting Process of Blank 46NT25 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT25
has input: iwt blank 46NT25
has output: iwt blank 46NT25 part 2
has output: 42CrMoS4 blank iwt HT 46NT25 1

iwt blank 46NT26 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 28 after Heat Treatment
output of: Cutting Process of Blank 46NT26 for Metallography

42CrMoS4 Steel 28 after Heat Treatment
type: steel

Cutting Process of Blank 46NT26 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT26
has input: iwt blank 46NT26
has output: iwt blank 46NT26 part 2
has output: 42CrMoS4 blank iwt HT 46NT26 1

iwt blank 46NT27 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 29 after Heat Treatment
output of: Cutting Process of Blank 46NT27 for Metallography

42CrMoS4 Steel 29 after Heat Treatment
type: steel

Cutting Process of Blank 46NT27 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT27
has input: iwt blank 46NT27
has output: iwt blank 46NT27 part 2
has output: 42CrMoS4 blank iwt HT 46NT27 1

iwt blank 46NT28 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 30 after Heat Treatment
output of: Cutting Process of Blank 46NT28 for Metallography

42CrMoS4 Steel 30 after Heat Treatment
type: steel

Cutting Process of Blank 46NT28 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT28
has input: iwt blank 46NT28
has output: iwt blank 46NT28 part 2
has output: 42CrMoS4 blank iwt HT 46NT28 1

iwt blank 46NT29 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 32 after Heat Treatment
output of: Cutting Process of Blank 46NT29 for Metallography

42CrMoS4 Steel 32 after Heat Treatment
type: steel

Cutting Process of Blank 46NT29 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT29
has input: iwt blank 46NT29
has output: iwt blank 46NT29 part 2
has output: 42CrMoS4 blank iwt HT 46NT29 1

iwt blank 46NT30 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 33 after Heat Treatment
output of: Cutting Process of Blank 46NT30 for Metallography

42CrMoS4 Steel 33 after Heat Treatment
type: steel

Cutting Process of Blank 46NT30 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT30
has input: iwt blank 46NT30
has output: iwt blank 46NT30 part 2
has output: 42CrMoS4 blank iwt HT 46NT30 1

iwt blank 46NT31 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 34 after Heat Treatment
output of: Cutting Process of Blank 46NT31 for Metallography

42CrMoS4 Steel 34 after Heat Treatment
type: steel

Cutting Process of Blank 46NT31 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT31
has input: iwt blank 46NT31
has output: iwt blank 46NT31 part 2
has output: 42CrMoS4 blank iwt HT 46NT31 1

iwt blank 46NT32 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 35 after Heat Treatment
output of: Cutting Process of Blank 46NT32 for Metallography

42CrMoS4 Steel 35 after Heat Treatment
type: steel

Cutting Process of Blank 46NT32 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT32
has input: iwt blank 46NT32
has output: iwt blank 46NT32 part 2
has output: 42CrMoS4 blank iwt HT 46NT32 1

iwt blank 46NT33 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 36 after Heat Treatment
output of: Cutting Process of Blank 46NT33 for Metallography

42CrMoS4 Steel 36 after Heat Treatment
type: steel

Cutting Process of Blank 46NT33 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT33
has input: iwt blank 46NT33
has output: iwt blank 46NT33 part 2
has output: 42CrMoS4 blank iwt HT 46NT33 1

iwt blank 46NT34 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 37 after Heat Treatment
output of: Cutting Process of Blank 46NT34 for Metallography

42CrMoS4 Steel 37 after Heat Treatment
type: steel

Cutting Process of Blank 46NT34 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT34
has input: iwt blank 46NT34
has output: iwt blank 46NT34 part 2
has output: 42CrMoS4 blank iwt HT 46NT34 1

iwt blank 46NT35 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 38 after Heat Treatment
output of: Cutting Process of Blank 46NT35 for Metallography

42CrMoS4 Steel 38 after Heat Treatment
type: steel

Cutting Process of Blank 46NT35 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT35
has input: iwt blank 46NT35
has output: iwt blank 46NT35 part 2
has output: 42CrMoS4 blank iwt HT 46NT35 1

iwt blank 46NT36 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 39 after Heat Treatment
output of: Cutting Process of Blank 46NT36 for Metallography

42CrMoS4 Steel 39 after Heat Treatment
type: steel

Cutting Process of Blank 46NT36 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT36
has input: iwt blank 46NT36
has output: iwt blank 46NT36 part 2
has output: 42CrMoS4 blank iwt HT 46NT36 1

iwt blank 46NT37 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 40 after Heat Treatment
output of: Cutting Process of Blank 46NT37 for Metallography

42CrMoS4 Steel 40 after Heat Treatment
type: steel

Cutting Process of Blank 46NT37 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT37
has input: iwt blank 46NT37
has output: iwt blank 46NT37 part 2
has output: 42CrMoS4 blank iwt HT 46NT37 1

iwt blank 46NT38 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 41 after Heat Treatment
output of: Cutting Process of Blank 46NT38 for Metallography

42CrMoS4 Steel 41 after Heat Treatment
type: steel

Cutting Process of Blank 46NT38 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT38
has input: iwt blank 46NT38
has output: iwt blank 46NT38 part 2
has output: 42CrMoS4 blank iwt HT 46NT38 1

iwt blank 46NT39 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 42 after Heat Treatment
output of: Cutting Process of Blank 46NT39 for Metallography

42CrMoS4 Steel 42 after Heat Treatment
type: steel

Cutting Process of Blank 46NT39 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT39
has input: iwt blank 46NT39
has output: iwt blank 46NT39 part 2
has output: 42CrMoS4 blank iwt HT 46NT39 1

iwt blank 46NT40 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 43 after Heat Treatment
output of: Cutting Process of Blank 46NT40 for Metallography

42CrMoS4 Steel 43 after Heat Treatment
type: steel

Cutting Process of Blank 46NT40 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT40
has input: iwt blank 46NT40
has output: iwt blank 46NT40 part 2
has output: 42CrMoS4 blank iwt HT 46NT40 1

iwt blank 46NT41 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 44 after Heat Treatment
output of: Cutting Process of Blank 46NT41 for Metallography

42CrMoS4 Steel 44 after Heat Treatment
type: steel

Cutting Process of Blank 46NT41 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT41
has input: iwt blank 46NT41
has output: iwt blank 46NT41 part 2
has output: 42CrMoS4 blank iwt HT 46NT41 1

iwt blank 46NT42 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 45 after Heat Treatment
output of: Cutting Process of Blank 46NT42 for Metallography

42CrMoS4 Steel 45 after Heat Treatment
type: steel

Cutting Process of Blank 46NT42 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT42
has input: iwt blank 46NT42
has output: iwt blank 46NT42 part 2
has output: 42CrMoS4 blank iwt HT 46NT42 1

iwt blank 46NT43 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 62 after Heat Treatment
output of: Cutting Process of Blank 46NT43 for Metallography

42CrMoS4 Steel 62 after Heat Treatment
type: steel

Cutting Process of Blank 46NT43 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT43
has input: iwt blank 46NT43
has output: iwt blank 46NT43 part 2
has output: 42CrMoS4 blank iwt HT 46NT43 1

iwt blank 46NT44 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 63 after Heat Treatment
output of: Cutting Process of Blank 46NT44 for Metallography

42CrMoS4 Steel 63 after Heat Treatment
type: steel

Cutting Process of Blank 46NT44 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT44
has input: iwt blank 46NT44
has output: iwt blank 46NT44 part 2
has output: 42CrMoS4 blank iwt HT 46NT44 1

iwt blank 46NT45 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 64 after Heat Treatment
output of: Cutting Process of Blank 46NT45 for Metallography

42CrMoS4 Steel 64 after Heat Treatment
type: steel

Cutting Process of Blank 46NT45 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT45
has input: iwt blank 46NT45
has output: iwt blank 46NT45 part 2
has output: 42CrMoS4 blank iwt HT 46NT45 1

iwt blank 46NT46 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 65 after Heat Treatment
output of: Cutting Process of Blank 46NT46 for Metallography

42CrMoS4 Steel 65 after Heat Treatment
type: steel

Cutting Process of Blank 46NT46 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT46
has input: iwt blank 46NT46
has output: iwt blank 46NT46 part 2
has output: 42CrMoS4 blank iwt HT 46NT46 1

iwt blank 46NT47 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 66 after Heat Treatment
output of: Cutting Process of Blank 46NT47 for Metallography

42CrMoS4 Steel 66 after Heat Treatment
type: steel

Cutting Process of Blank 46NT47 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT47
has input: iwt blank 46NT47
has output: iwt blank 46NT47 part 2
has output: 42CrMoS4 blank iwt HT 46NT47 1

iwt blank 46NT48 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 67 after Heat Treatment
output of: Cutting Process of Blank 46NT48 for Metallography

42CrMoS4 Steel 67 after Heat Treatment
type: steel

Cutting Process of Blank 46NT48 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT48
has input: iwt blank 46NT48
has output: iwt blank 46NT48 part 2
has output: 42CrMoS4 blank iwt HT 46NT48 1

iwt blank 46NT49 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 68 after Heat Treatment
output of: Cutting Process of Blank 46NT49 for Metallography

42CrMoS4 Steel 68 after Heat Treatment
type: steel

Cutting Process of Blank 46NT49 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT49
has input: iwt blank 46NT49
has output: iwt blank 46NT49 part 2
has output: 42CrMoS4 blank iwt HT 46NT49 1

iwt blank 46NT50 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 69 after Heat Treatment
output of: Cutting Process of Blank 46NT50 for Metallography

42CrMoS4 Steel 69 after Heat Treatment
type: steel

Cutting Process of Blank 46NT50 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT50
has input: iwt blank 46NT50
has output: iwt blank 46NT50 part 2
has output: 42CrMoS4 blank iwt HT 46NT50 1

iwt blank 46NT51 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 70 after Heat Treatment
output of: Cutting Process of Blank 46NT51 for Metallography

42CrMoS4 Steel 70 after Heat Treatment
type: steel

Cutting Process of Blank 46NT51 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT51
has input: iwt blank 46NT51
has output: iwt blank 46NT51 part 2
has output: 42CrMoS4 blank iwt HT 46NT51 1

iwt blank 46NT52 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 71 after Heat Treatment
output of: Cutting Process of Blank 46NT52 for Metallography

42CrMoS4 Steel 71 after Heat Treatment
type: steel

Cutting Process of Blank 46NT52 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT52
has input: iwt blank 46NT52
has output: iwt blank 46NT52 part 2
has output: 42CrMoS4 blank iwt HT 46NT52 1

iwt blank 46NT53 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 72 after Heat Treatment
output of: Cutting Process of Blank 46NT53 for Metallography

42CrMoS4 Steel 72 after Heat Treatment
type: steel

Cutting Process of Blank 46NT53 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT53
has input: iwt blank 46NT53
has output: iwt blank 46NT53 part 2
has output: 42CrMoS4 blank iwt HT 46NT53 1

iwt blank 46NT54 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 73 after Heat Treatment
output of: Cutting Process of Blank 46NT54 for Metallography

42CrMoS4 Steel 73 after Heat Treatment
type: steel

Cutting Process of Blank 46NT54 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT54
has input: iwt blank 46NT54
has output: iwt blank 46NT54 part 2
has output: 42CrMoS4 blank iwt HT 46NT54 1

iwt blank 46NT55 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 74 after Heat Treatment
output of: Cutting Process of Blank 46NT55 for Metallography

42CrMoS4 Steel 74 after Heat Treatment
type: steel

Cutting Process of Blank 46NT55 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT55
has input: iwt blank 46NT55
has output: iwt blank 46NT55 part 2
has output: 42CrMoS4 blank iwt HT 46NT55 1

iwt blank 46NT57 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 77 after Heat Treatment
output of: Cutting Process of Blank 46NT57 for Metallography

42CrMoS4 Steel 77 after Heat Treatment
type: steel

Cutting Process of Blank 46NT57 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT57
has input: iwt blank 46NT57
has output: iwt blank 46NT57 part 2
has output: 42CrMoS4 blank iwt HT 46NT57 1

iwt blank 46NT58 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 78 after Heat Treatment
output of: Cutting Process of Blank 46NT58 for Metallography

42CrMoS4 Steel 78 after Heat Treatment
type: steel

Cutting Process of Blank 46NT58 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT58
has input: iwt blank 46NT58
has output: iwt blank 46NT58 part 2
has output: 42CrMoS4 blank iwt HT 46NT58 1

iwt blank 46NT59 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 79 after Heat Treatment
output of: Cutting Process of Blank 46NT59 for Metallography

42CrMoS4 Steel 79 after Heat Treatment
type: steel

Cutting Process of Blank 46NT59 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT59
has input: iwt blank 46NT59
has output: iwt blank 46NT59 part 2
has output: 42CrMoS4 blank iwt HT 46NT59 1

iwt blank 46NT60 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 80 after Heat Treatment
output of: Cutting Process of Blank 46NT60 for Metallography

42CrMoS4 Steel 80 after Heat Treatment
type: steel

Cutting Process of Blank 46NT60 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT60
has input: iwt blank 46NT60
has output: iwt blank 46NT60 part 2
has output: 42CrMoS4 blank iwt HT 46NT60 1

iwt blank 46NT61 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 81 after Heat Treatment
output of: Cutting Process of Blank 46NT61 for Metallography

42CrMoS4 Steel 81 after Heat Treatment
type: steel

Cutting Process of Blank 46NT61 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT61
has input: iwt blank 46NT61
has output: iwt blank 46NT61 part 2
has output: 42CrMoS4 blank iwt HT 46NT61 1

iwt blank 46NT62 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 82 after Heat Treatment
output of: Cutting Process of Blank 46NT62 for Metallography

42CrMoS4 Steel 82 after Heat Treatment
type: steel

Cutting Process of Blank 46NT62 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT62
has input: iwt blank 46NT62
has output: iwt blank 46NT62 part 2
has output: 42CrMoS4 blank iwt HT 46NT62 1

iwt blank 46NT63 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 83 after Heat Treatment
output of: Cutting Process of Blank 46NT63 for Metallography

42CrMoS4 Steel 83 after Heat Treatment
type: steel

Cutting Process of Blank 46NT63 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT63
has input: iwt blank 46NT63
has output: iwt blank 46NT63 part 2
has output: 42CrMoS4 blank iwt HT 46NT63 1

iwt blank 46NT64 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 84 after Heat Treatment
output of: Cutting Process of Blank 46NT64 for Metallography

42CrMoS4 Steel 84 after Heat Treatment
type: steel

Cutting Process of Blank 46NT64 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT64
has input: iwt blank 46NT64
has output: iwt blank 46NT64 part 2
has output: 42CrMoS4 blank iwt HT 46NT64 1

iwt blank 46NT65 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 85 after Heat Treatment
output of: Cutting Process of Blank 46NT65 for Metallography

42CrMoS4 Steel 85 after Heat Treatment
type: steel

Cutting Process of Blank 46NT65 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT65
has input: iwt blank 46NT65
has output: iwt blank 46NT65 part 2
has output: 42CrMoS4 blank iwt HT 46NT65 1

iwt blank 46NT66 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 86 after Heat Treatment
output of: Cutting Process of Blank 46NT66 for Metallography

42CrMoS4 Steel 86 after Heat Treatment
type: steel

Cutting Process of Blank 46NT66 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT66
has input: iwt blank 46NT66
has output: iwt blank 46NT66 part 2
has output: 42CrMoS4 blank iwt HT 46NT66 1

iwt blank 46NT67 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 87 after Heat Treatment
output of: Cutting Process of Blank 46NT67 for Metallography

42CrMoS4 Steel 87 after Heat Treatment
type: steel

Cutting Process of Blank 46NT67 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT67
has input: iwt blank 46NT67
has output: iwt blank 46NT67 part 2
has output: 42CrMoS4 blank iwt HT 46NT67 1

iwt blank 46NT68 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 88 after Heat Treatment
output of: Cutting Process of Blank 46NT68 for Metallography

42CrMoS4 Steel 88 after Heat Treatment
type: steel

Cutting Process of Blank 46NT68 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT68
has input: iwt blank 46NT68
has output: iwt blank 46NT68 part 2
has output: 42CrMoS4 blank iwt HT 46NT68 1

iwt blank 46NT69 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 89 after Heat Treatment
output of: Cutting Process of Blank 46NT69 for Metallography

42CrMoS4 Steel 89 after Heat Treatment
type: steel

Cutting Process of Blank 46NT69 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT69
has input: iwt blank 46NT69
has output: iwt blank 46NT69 part 2
has output: 42CrMoS4 blank iwt HT 46NT69 1

iwt blank 46NT70 part 2
type: temporally qualified continuant
type: object
type: 42CrMoS4 Steel 90 after Heat Treatment
output of: Cutting Process of Blank 46NT70 for Metallography

42CrMoS4 Steel 90 after Heat Treatment
type: steel

Cutting Process of Blank 46NT70 for Metallography
type: separating
exists at: temp reg cutting metallo 46NT70
has input: iwt blank 46NT70
has output: iwt blank 46NT70 part 2
has output: 42CrMoS4 blank iwt HT 46NT70 1

ASTM Grain Size wrt. 46NTG9
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTG9
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTG9

Temporal Region after IWM cutting to Metallography Disc 46NTG9
type: temporal region
preceded by: temp regcutting 46NT01

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 12.74

ASTM Grain Size wrt. 46NTGE
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGE
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTGE

Temporal Region after IWM cutting to Metallography Disc 46NTGE
type: temporal region
preceded by: temp regcutting 46NT06

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 11.58

ASTM Grain Size wrt. 46NTGJ
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGJ
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTGJ

Temporal Region after IWM cutting to Metallography Disc 46NTGJ
type: temporal region
preceded by: temp regcutting 46NT11

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 11.9

ASTM Grain Size wrt. 46NTGN
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGN
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTGN

Temporal Region after IWM cutting to Metallography Disc 46NTGN
type: temporal region
preceded by: temp regcutting 46NT15

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 11.95

ASTM Grain Size wrt. 46NTGS
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGS
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTGS

Temporal Region after IWM cutting to Metallography Disc 46NTGS
type: temporal region
preceded by: temp regcutting 46NT20

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 10.5

ASTM Grain Size wrt. 46NTGX
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGX
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTGX

Temporal Region after IWM cutting to Metallography Disc 46NTGX
type: temporal region
preceded by: temp regcutting 46NT25

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 11.1

ASTM Grain Size wrt. 46NTH1
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH1
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTH1

Temporal Region after IWM cutting to Metallography Disc 46NTH1
type: temporal region
preceded by: temp regcutting 46NT29

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 9.53

ASTM Grain Size wrt. 46NTH6
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH6
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTH6

Temporal Region after IWM cutting to Metallography Disc 46NTH6
type: temporal region
preceded by: temp regcutting 46NT34

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 8.87

ASTM Grain Size wrt. 46NTHB
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHB
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTHB

Temporal Region after IWM cutting to Metallography Disc 46NTHB
type: temporal region
preceded by: temp regcutting 46NT39

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 9.01

ASTM Grain Size wrt. 46NTHF
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHF
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTHF

Temporal Region after IWM cutting to Metallography Disc 46NTHF
type: temporal region
preceded by: temp regcutting 46NT43

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 5.82

ASTM Grain Size wrt. 46NTHK
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHK
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTHK

Temporal Region after IWM cutting to Metallography Disc 46NTHK
type: temporal region
preceded by: temp regcutting 46NT48

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 4.99

ASTM Grain Size wrt. 46NTHP
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHP
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTHP

Temporal Region after IWM cutting to Metallography Disc 46NTHP
type: temporal region
preceded by: temp regcutting 46NT53

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 5.7

ASTM Grain Size wrt. 46NTHT
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHT
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTHT

Temporal Region after IWM cutting to Metallography Disc 46NTHT
type: temporal region
preceded by: temp regcutting 46NT57

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 7.33

ASTM Grain Size wrt. 46NTHY
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHY
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTHY

Temporal Region after IWM cutting to Metallography Disc 46NTHY
type: temporal region
preceded by: temp regcutting 46NT62

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 7.93

ASTM Grain Size wrt. 46NTI3
type: ASTM grainsize
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTI3
concretizes: Value of ASTM Grain Size
quality of: Metallography Disc 46NTI3

Temporal Region after IWM cutting to Metallography Disc 46NTI3
type: temporal region
preceded by: temp regcutting 46NT67

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 8.11

HV10 Indentation Hardness wrt. 46NTG9
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTG9
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTG9
characteristic of: Metallography Disc 46NTG9
concretizes: Average value of HV10 Indentation Hardness

Vickers Hardness HV10
type: Class
subclass of: indentation hardness

HV10 Indentation Hardness Test of 46NTG9
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTG9
has input: Metallography Disc 46NTG9
has output: Metallography Disc 46NTG9
has output: (Dummy) HV10_46NTG9.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 377.5263

HV10 Indentation Hardness wrt. 46NTGE
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTGE
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGE
characteristic of: Metallography Disc 46NTGE
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTGE
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTGE
has input: Metallography Disc 46NTGE
has output: Metallography Disc 46NTGE
has output: (Dummy) HV10_46NTGE.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 379.0

HV10 Indentation Hardness wrt. 46NTGJ
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTGJ
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGJ
characteristic of: Metallography Disc 46NTGJ
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTGJ
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTGJ
has input: Metallography Disc 46NTGJ
has output: Metallography Disc 46NTGJ
has output: (Dummy) HV10_46NTGJ.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 377.3158

HV10 Indentation Hardness wrt. 46NTGN
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTGN
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGN
characteristic of: Metallography Disc 46NTGN
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTGN
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTGN
has input: Metallography Disc 46NTGN
has output: Metallography Disc 46NTGN
has output: (Dummy) HV10_46NTGN.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 375.0526

HV10 Indentation Hardness wrt. 46NTGS
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTGS
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGS
characteristic of: Metallography Disc 46NTGS
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTGS
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTGS
has input: Metallography Disc 46NTGS
has output: Metallography Disc 46NTGS
has output: (Dummy) HV10_46NTGS.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 375.5789

HV10 Indentation Hardness wrt. 46NTGX
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTGX
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGX
characteristic of: Metallography Disc 46NTGX
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTGX
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTGX
has input: Metallography Disc 46NTGX
has output: Metallography Disc 46NTGX
has output: (Dummy) HV10_46NTGX.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 375.3684

HV10 Indentation Hardness wrt. 46NTH1
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTH1
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH1
characteristic of: Metallography Disc 46NTH1
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTH1
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTH1
has input: Metallography Disc 46NTH1
has output: Metallography Disc 46NTH1
has output: (Dummy) HV10_46NTH1.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 373.9474

HV10 Indentation Hardness wrt. 46NTH6
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTH6
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH6
characteristic of: Metallography Disc 46NTH6
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTH6
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTH6
has input: Metallography Disc 46NTH6
has output: Metallography Disc 46NTH6
has output: (Dummy) HV10_46NTH6.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 377.0

HV10 Indentation Hardness wrt. 46NTHB
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTHB
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHB
characteristic of: Metallography Disc 46NTHB
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTHB
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTHB
has input: Metallography Disc 46NTHB
has output: Metallography Disc 46NTHB
has output: (Dummy) HV10_46NTHB.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 376.0

HV10 Indentation Hardness wrt. 46NTHF
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTHF
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHF
characteristic of: Metallography Disc 46NTHF
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTHF
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTHF
has input: Metallography Disc 46NTHF
has output: Metallography Disc 46NTHF
has output: (Dummy) HV10_46NTHF.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 381.4737

HV10 Indentation Hardness wrt. 46NTHK
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTHK
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHK
characteristic of: Metallography Disc 46NTHK
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTHK
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTHK
has input: Metallography Disc 46NTHK
has output: Metallography Disc 46NTHK
has output: (Dummy) HV10_46NTHK.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 383.7778

HV10 Indentation Hardness wrt. 46NTHP
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTHP
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHP
characteristic of: Metallography Disc 46NTHP
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTHP
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTHP
has input: Metallography Disc 46NTHP
has output: Metallography Disc 46NTHP
has output: (Dummy) HV10_46NTHP.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 382.1667

HV10 Indentation Hardness wrt. 46NTHT
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTHT
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHT
characteristic of: Metallography Disc 46NTHT
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTHT
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTHT
has input: Metallography Disc 46NTHT
has output: Metallography Disc 46NTHT
has output: (Dummy) HV10_46NTHT.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 377.1579

HV10 Indentation Hardness wrt. 46NTHY
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTHY
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHY
characteristic of: Metallography Disc 46NTHY
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTHY
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTHY
has input: Metallography Disc 46NTHY
has output: Metallography Disc 46NTHY
has output: (Dummy) HV10_46NTHY.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 377.1111

HV10 Indentation Hardness wrt. 46NTI3
type: Vickers Hardness HV10
has realization: HV10 Indentation Hardness Test of 46NTI3
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTI3
characteristic of: Metallography Disc 46NTI3
concretizes: Average value of HV10 Indentation Hardness

HV10 Indentation Hardness Test of 46NTI3
type: hardness testing process
exists at: temp reg iwm hv10 measurement 46NTI3
has input: Metallography Disc 46NTI3
has output: Metallography Disc 46NTI3
has output: (Dummy) HV10_46NTI3.xlsx

Average value of HV10 Indentation Hardness
type: scalar value specification
has specified numeric value: 378.4211

HV1 Indentation Hardness wrt. 46NTG9
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTG9
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTG9
characteristic of: Metallography Disc 46NTG9
concretizes: Average value of HV1 Indentation Hardness

Vickers Hardness HV1
type: Class
subclass of: indentation hardness

HV1 Indentation Hardness Test of 46NTG9
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTG9
has input: Metallography Disc 46NTG9
has output: Metallography Disc 46NTG9
has output: HV1_46NTG9.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 386.15

HV1 Indentation Hardness wrt. 46NTGE
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTGE
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGE
characteristic of: Metallography Disc 46NTGE
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTGE
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTGE
has input: Metallography Disc 46NTGE
has output: Metallography Disc 46NTGE
has output: HV1_46NTGE.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 386.6154

HV1 Indentation Hardness wrt. 46NTGJ
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTGJ
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGJ
characteristic of: Metallography Disc 46NTGJ
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTGJ
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTGJ
has input: Metallography Disc 46NTGJ
has output: Metallography Disc 46NTGJ
has output: HV1_46NTGJ.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 388.6667

HV1 Indentation Hardness wrt. 46NTGN
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTGN
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGN
characteristic of: Metallography Disc 46NTGN
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTGN
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTGN
has input: Metallography Disc 46NTGN
has output: Metallography Disc 46NTGN
has output: HV1_46NTGN.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 382.425

HV1 Indentation Hardness wrt. 46NTGS
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTGS
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGS
characteristic of: Metallography Disc 46NTGS
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTGS
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTGS
has input: Metallography Disc 46NTGS
has output: Metallography Disc 46NTGS
has output: HV1_46NTGS.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 385.4872

HV1 Indentation Hardness wrt. 46NTGX
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTGX
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGX
characteristic of: Metallography Disc 46NTGX
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTGX
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTGX
has input: Metallography Disc 46NTGX
has output: Metallography Disc 46NTGX
has output: HV1_46NTGX.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 386.1795

HV1 Indentation Hardness wrt. 46NTH1
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTH1
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH1
characteristic of: Metallography Disc 46NTH1
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTH1
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTH1
has input: Metallography Disc 46NTH1
has output: Metallography Disc 46NTH1
has output: HV1_46NTH1.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 383.225

HV1 Indentation Hardness wrt. 46NTH6
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTH6
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH6
characteristic of: Metallography Disc 46NTH6
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTH6
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTH6
has input: Metallography Disc 46NTH6
has output: Metallography Disc 46NTH6
has output: HV1_46NTH6.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 385.3077

HV1 Indentation Hardness wrt. 46NTHB
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTHB
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHB
characteristic of: Metallography Disc 46NTHB
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTHB
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTHB
has input: Metallography Disc 46NTHB
has output: Metallography Disc 46NTHB
has output: HV1_46NTHB.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 386.2051

HV1 Indentation Hardness wrt. 46NTHF
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTHF
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHF
characteristic of: Metallography Disc 46NTHF
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTHF
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTHF
has input: Metallography Disc 46NTHF
has output: Metallography Disc 46NTHF
has output: HV1_46NTHF.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 390.775

HV1 Indentation Hardness wrt. 46NTHK
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTHK
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHK
characteristic of: Metallography Disc 46NTHK
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTHK
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTHK
has input: Metallography Disc 46NTHK
has output: Metallography Disc 46NTHK
has output: HV1_46NTHK.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 395.4103

HV1 Indentation Hardness wrt. 46NTHP
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTHP
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHP
characteristic of: Metallography Disc 46NTHP
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTHP
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTHP
has input: Metallography Disc 46NTHP
has output: Metallography Disc 46NTHP
has output: HV1_46NTHP.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 391.5128

HV1 Indentation Hardness wrt. 46NTHT
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTHT
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHT
characteristic of: Metallography Disc 46NTHT
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTHT
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTHT
has input: Metallography Disc 46NTHT
has output: Metallography Disc 46NTHT
has output: HV1_46NTHT.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 385.8718

HV1 Indentation Hardness wrt. 46NTHY
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTHY
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHY
characteristic of: Metallography Disc 46NTHY
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTHY
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTHY
has input: Metallography Disc 46NTHY
has output: Metallography Disc 46NTHY
has output: HV1_46NTHY.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 388.6667

HV1 Indentation Hardness wrt. 46NTI3
type: Vickers Hardness HV1
has realization: HV1 Indentation Hardness Test of 46NTI3
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTI3
characteristic of: Metallography Disc 46NTI3
concretizes: Average value of HV1 Indentation Hardness

HV1 Indentation Hardness Test of 46NTI3
type: hardness testing process
exists at: temp reg iwm hv1 measurement 46NTI3
has input: Metallography Disc 46NTI3
has output: Metallography Disc 46NTI3
has output: HV1_46NTI3.xlsx

Average value of HV1 Indentation Hardness
type: scalar value specification
has specified numeric value: 384.5128

Mean Planar Grain Diameter wrt. 46NTG9
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTG9
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTG9
quality of: Metallography Disc 46NTG9

Mean Planar Grain Diameter
type: Class
subclass of: intensive quality

Value of Mean Planar Grain Diameter wrt. 46NTG9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.34

Mean Planar Grain Diameter wrt. 46NTGE
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGE
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTGE
quality of: Metallography Disc 46NTGE

Value of Mean Planar Grain Diameter wrt. 46NTGE
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.49

Mean Planar Grain Diameter wrt. 46NTGJ
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGJ
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTGJ
quality of: Metallography Disc 46NTGJ

Value of Mean Planar Grain Diameter wrt. 46NTGJ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.81

Mean Planar Grain Diameter wrt. 46NTGN
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGN
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTGN
quality of: Metallography Disc 46NTGN

Value of Mean Planar Grain Diameter wrt. 46NTGN
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.71

Mean Planar Grain Diameter wrt. 46NTGS
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGS
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTGS
quality of: Metallography Disc 46NTGS

Value of Mean Planar Grain Diameter wrt. 46NTGS
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 9.44

Mean Planar Grain Diameter wrt. 46NTGX
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTGX
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTGX
quality of: Metallography Disc 46NTGX

Value of Mean Planar Grain Diameter wrt. 46NTGX
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 7.67

Mean Planar Grain Diameter wrt. 46NTH1
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH1
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTH1
quality of: Metallography Disc 46NTH1

Value of Mean Planar Grain Diameter wrt. 46NTH1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 13.21

Mean Planar Grain Diameter wrt. 46NTH6
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTH6
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTH6
quality of: Metallography Disc 46NTH6

Value of Mean Planar Grain Diameter wrt. 46NTH6
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 16.61

Mean Planar Grain Diameter wrt. 46NTHB
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHB
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTHB
quality of: Metallography Disc 46NTHB

Value of Mean Planar Grain Diameter wrt. 46NTHB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 15.82

Mean Planar Grain Diameter wrt. 46NTHF
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHF
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTHF
quality of: Metallography Disc 46NTHF

Value of Mean Planar Grain Diameter wrt. 46NTHF
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 47.79

Mean Planar Grain Diameter wrt. 46NTHK
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHK
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTHK
quality of: Metallography Disc 46NTHK

Value of Mean Planar Grain Diameter wrt. 46NTHK
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 63.72

Mean Planar Grain Diameter wrt. 46NTHP
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHP
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTHP
quality of: Metallography Disc 46NTHP

Value of Mean Planar Grain Diameter wrt. 46NTHP
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 49.82

Mean Planar Grain Diameter wrt. 46NTHT
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHT
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTHT
quality of: Metallography Disc 46NTHT

Value of Mean Planar Grain Diameter wrt. 46NTHT
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 28.32

Mean Planar Grain Diameter wrt. 46NTHY
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTHY
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTHY
quality of: Metallography Disc 46NTHY

Value of Mean Planar Grain Diameter wrt. 46NTHY
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 23.0

Mean Planar Grain Diameter wrt. 46NTI3
type: Mean Planar Grain Diameter
exists at: Temporal Region after IWM cutting to Metallography Disc 46NTI3
concretizes: Value of Mean Planar Grain Diameter wrt. 46NTI3
quality of: Metallography Disc 46NTI3

Value of Mean Planar Grain Diameter wrt. 46NTI3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 21.61

Percentage Plastic Extension At Maximum Force wrt. 46NT71
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT71
exists at: Temporal Region of Tensile Test 46NT71
characteristic of: Test piece 46NT71
concretizes: Value of Percentage Plastic Extension At Maximum Force

Percentage Plastsic Extension At Maximum Force
type: Class
subclass of: mechanical property
definition: Plastic extension at maximum force, expressed as a percentage of the extensometer gauge length.

Temporal Region of Tensile Test 46NT71
type: temporal region
preceded by: temp reg rougness measurement 46NT71

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.208216723513033

Percentage Plastic Extension At Maximum Force wrt. 46NT73
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT73
exists at: Temporal Region of Tensile Test 46NT73
characteristic of: Test piece 46NT73
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT73
type: temporal region
preceded by: temp reg rougness measurement 46NT73

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 6.023055012779876

Percentage Plastic Extension At Maximum Force wrt. 46NT75
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT75
exists at: Temporal Region of Tensile Test 46NT75
characteristic of: Test piece 46NT75
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT75
type: temporal region
preceded by: temp reg rougness measurement 46NT75

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.955428909287775

Percentage Plastic Extension At Maximum Force wrt. 46NT77
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT77
exists at: Temporal Region of Tensile Test 46NT77
characteristic of: Test piece 46NT77
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT77
type: temporal region
preceded by: temp reg rougness measurement 46NT77

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.212535570391568

Percentage Plastic Extension At Maximum Force wrt. 46NT79
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT79
exists at: Temporal Region of Tensile Test 46NT79
characteristic of: Test piece 46NT79
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT79
type: temporal region
preceded by: temp reg rougness measurement 46NT79

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.565130184472215

Percentage Plastic Extension At Maximum Force wrt. 46NT81
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT81
exists at: Temporal Region of Tensile Test 46NT81
characteristic of: Test piece 46NT81
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT81
type: temporal region
preceded by: temp reg rougness measurement 46NT81

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.428207349823843

Percentage Plastic Extension At Maximum Force wrt. 46NT83
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT83
exists at: Temporal Region of Tensile Test 46NT83
characteristic of: Test piece 46NT83
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT83
type: temporal region
preceded by: temp reg rougness measurement 46NT83

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.467717737049308

Percentage Plastic Extension At Maximum Force wrt. 46NT85
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT85
exists at: Temporal Region of Tensile Test 46NT85
characteristic of: Test piece 46NT85
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT85
type: temporal region
preceded by: temp reg rougness measurement 46NT85

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.862916822817953

Percentage Plastic Extension At Maximum Force wrt. 46NT87
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT87
exists at: Temporal Region of Tensile Test 46NT87
characteristic of: Test piece 46NT87
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT87
type: temporal region
preceded by: temp reg rougness measurement 46NT87

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.14791843027939

Percentage Plastic Extension At Maximum Force wrt. 46NT89
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT89
exists at: Temporal Region of Tensile Test 46NT89
characteristic of: Test piece 46NT89
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT89
type: temporal region
preceded by: temp reg rougness measurement 46NT89

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.416173582086973

Percentage Plastic Extension At Maximum Force wrt. 46NT91
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT91
exists at: Temporal Region of Tensile Test 46NT91
characteristic of: Test piece 46NT91
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT91
type: temporal region
preceded by: temp reg rougness measurement 46NT91

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.42367647458903

Percentage Plastic Extension At Maximum Force wrt. 46NT93
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT93
exists at: Temporal Region of Tensile Test 46NT93
characteristic of: Test piece 46NT93
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT93
type: temporal region
preceded by: temp reg rougness measurement 46NT93

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.252826048735211

Percentage Plastic Extension At Maximum Force wrt. 46NT95
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT95
exists at: Temporal Region of Tensile Test 46NT95
characteristic of: Test piece 46NT95
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT95
type: temporal region
preceded by: temp reg rougness measurement 46NT95

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.3608161538646515

Percentage Plastic Extension At Maximum Force wrt. 46NT97
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT97
exists at: Temporal Region of Tensile Test 46NT97
characteristic of: Test piece 46NT97
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT97
type: temporal region
preceded by: temp reg rougness measurement 46NT97

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.393134167293369

Percentage Plastic Extension At Maximum Force wrt. 46NT99
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT99
exists at: Temporal Region of Tensile Test 46NT99
characteristic of: Test piece 46NT99
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT99
type: temporal region
preceded by: temp reg rougness measurement 46NT99

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.992720759599494

Percentage Plastic Extension At Maximum Force wrt. 46NT9B
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9B
exists at: Temporal Region of Tensile Test 46NT9B
characteristic of: Test piece 46NT9B
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9B
type: temporal region
preceded by: temp reg rougness measurement 46NT9B

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.028851943531567

Percentage Plastic Extension At Maximum Force wrt. 46NT9D
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9D
exists at: Temporal Region of Tensile Test 46NT9D
characteristic of: Test piece 46NT9D
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9D
type: temporal region
preceded by: temp reg rougness measurement 46NT9D

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.043896798368011

Percentage Plastic Extension At Maximum Force wrt. 46NT9F
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9F
exists at: Temporal Region of Tensile Test 46NT9F
characteristic of: Test piece 46NT9F
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9F
type: temporal region
preceded by: temp reg rougness measurement 46NT9F

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.0265280164062585

Percentage Plastic Extension At Maximum Force wrt. 46NT9J
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9J
exists at: Temporal Region of Tensile Test 46NT9J
characteristic of: Test piece 46NT9J
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9J
type: temporal region
preceded by: temp reg rougness measurement 46NT9J

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.523686108521017

Percentage Plastic Extension At Maximum Force wrt. 46NT9N
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9N
exists at: Temporal Region of Tensile Test 46NT9N
characteristic of: Test piece 46NT9N
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9N
type: temporal region
preceded by: temp reg rougness measurement 46NT9N

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.646973569328235

Percentage Plastic Extension At Maximum Force wrt. 46NT9P
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9P
exists at: Temporal Region of Tensile Test 46NT9P
characteristic of: Test piece 46NT9P
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9P
type: temporal region
preceded by: temp reg rougness measurement 46NT9P

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.942097395562412

Percentage Plastic Extension At Maximum Force wrt. 46NT9R
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9R
exists at: Temporal Region of Tensile Test 46NT9R
characteristic of: Test piece 46NT9R
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9R
type: temporal region
preceded by: temp reg rougness measurement 46NT9R

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.05732727380631

Percentage Plastic Extension At Maximum Force wrt. 46NT9T
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9T
exists at: Temporal Region of Tensile Test 46NT9T
characteristic of: Test piece 46NT9T
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9T
type: temporal region
preceded by: temp reg rougness measurement 46NT9T

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.972937536698853

Percentage Plastic Extension At Maximum Force wrt. 46NT9V
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9V
exists at: Temporal Region of Tensile Test 46NT9V
characteristic of: Test piece 46NT9V
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9V
type: temporal region
preceded by: temp reg rougness measurement 46NT9V

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.060674158456865

Percentage Plastic Extension At Maximum Force wrt. 46NT9X
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9X
exists at: Temporal Region of Tensile Test 46NT9X
characteristic of: Test piece 46NT9X
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9X
type: temporal region
preceded by: temp reg rougness measurement 46NT9X

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.08922890015456

Percentage Plastic Extension At Maximum Force wrt. 46NT9Z
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NT9Z
exists at: Temporal Region of Tensile Test 46NT9Z
characteristic of: Test piece 46NT9Z
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NT9Z
type: temporal region
preceded by: temp reg rougness measurement 46NT9Z

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.960800775977732

Percentage Plastic Extension At Maximum Force wrt. 46NTA1
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTA1
exists at: Temporal Region of Tensile Test 46NTA1
characteristic of: Test piece 46NTA1
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTA1
type: temporal region
preceded by: temp reg rougness measurement 46NTA1

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.10837277493872

Percentage Plastic Extension At Maximum Force wrt. 46NTA3
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTA3
exists at: Temporal Region of Tensile Test 46NTA3
characteristic of: Test piece 46NTA3
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTA3
type: temporal region
preceded by: temp reg rougness measurement 46NTA3

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.756198025739526

Percentage Plastic Extension At Maximum Force wrt. 46NTA5
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTA5
exists at: Temporal Region of Tensile Test 46NTA5
characteristic of: Test piece 46NTA5
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTA5
type: temporal region
preceded by: temp reg rougness measurement 46NTA5

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.847164614075007

Percentage Plastic Extension At Maximum Force wrt. 46NTA7
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTA7
exists at: Temporal Region of Tensile Test 46NTA7
characteristic of: Test piece 46NTA7
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTA7
type: temporal region
preceded by: temp reg rougness measurement 46NTA7

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.032256008290899

Percentage Plastic Extension At Maximum Force wrt. 46NTA9
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTA9
exists at: Temporal Region of Tensile Test 46NTA9
characteristic of: Test piece 46NTA9
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTA9
type: temporal region
preceded by: temp reg rougness measurement 46NTA9

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.124140519054482

Percentage Plastic Extension At Maximum Force wrt. 46NTAB
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAB
exists at: Temporal Region of Tensile Test 46NTAB
characteristic of: Test piece 46NTAB
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAB
type: temporal region
preceded by: temp reg rougness measurement 46NTAB

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.04855508833242

Percentage Plastic Extension At Maximum Force wrt. 46NTAD
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAD
exists at: Temporal Region of Tensile Test 46NTAD
characteristic of: Test piece 46NTAD
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAD
type: temporal region
preceded by: temp reg rougness measurement 46NTAD

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.299105639827868

Percentage Plastic Extension At Maximum Force wrt. 46NTAF
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAF
exists at: Temporal Region of Tensile Test 46NTAF
characteristic of: Test piece 46NTAF
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAF
type: temporal region
preceded by: temp reg rougness measurement 46NTAF

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.0216183942450545

Percentage Plastic Extension At Maximum Force wrt. 46NTAH
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAH
exists at: Temporal Region of Tensile Test 46NTAH
characteristic of: Test piece 46NTAH
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAH
type: temporal region
preceded by: temp reg rougness measurement 46NTAH

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.904524316324483

Percentage Plastic Extension At Maximum Force wrt. 46NTAJ
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAJ
exists at: Temporal Region of Tensile Test 46NTAJ
characteristic of: Test piece 46NTAJ
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAJ
type: temporal region
preceded by: temp reg rougness measurement 46NTAJ

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.200818538703827

Percentage Plastic Extension At Maximum Force wrt. 46NTAL
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAL
exists at: Temporal Region of Tensile Test 46NTAL
characteristic of: Test piece 46NTAL
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAL
type: temporal region
preceded by: temp reg rougness measurement 46NTAL

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.0880459784267

Percentage Plastic Extension At Maximum Force wrt. 46NTAN
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAN
exists at: Temporal Region of Tensile Test 46NTAN
characteristic of: Test piece 46NTAN
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAN
type: temporal region
preceded by: temp reg rougness measurement 46NTAN

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.808181316278222

Percentage Plastic Extension At Maximum Force wrt. 46NTAP
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAP
exists at: Temporal Region of Tensile Test 46NTAP
characteristic of: Test piece 46NTAP
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAP
type: temporal region
preceded by: temp reg rougness measurement 46NTAP

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.946799718421502

Percentage Plastic Extension At Maximum Force wrt. 46NTAR
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAR
exists at: Temporal Region of Tensile Test 46NTAR
characteristic of: Test piece 46NTAR
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAR
type: temporal region
preceded by: temp reg rougness measurement 46NTAR

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.902860932870663

Percentage Plastic Extension At Maximum Force wrt. 46NTAT
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAT
exists at: Temporal Region of Tensile Test 46NTAT
characteristic of: Test piece 46NTAT
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAT
type: temporal region
preceded by: temp reg rougness measurement 46NTAT

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.846815804165767

Percentage Plastic Extension At Maximum Force wrt. 46NTAV
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAV
exists at: Temporal Region of Tensile Test 46NTAV
characteristic of: Test piece 46NTAV
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAV
type: temporal region
preceded by: temp reg rougness measurement 46NTAV

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.085031405728753

Percentage Plastic Extension At Maximum Force wrt. 46NTAX
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAX
exists at: Temporal Region of Tensile Test 46NTAX
characteristic of: Test piece 46NTAX
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAX
type: temporal region
preceded by: temp reg rougness measurement 46NTAX

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.620568718974042

Percentage Plastic Extension At Maximum Force wrt. 46NTAZ
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTAZ
exists at: Temporal Region of Tensile Test 46NTAZ
characteristic of: Test piece 46NTAZ
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTAZ
type: temporal region
preceded by: temp reg rougness measurement 46NTAZ

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.080753636862774

Percentage Plastic Extension At Maximum Force wrt. 46NTB1
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTB1
exists at: Temporal Region of Tensile Test 46NTB1
characteristic of: Test piece 46NTB1
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTB1
type: temporal region
preceded by: temp reg rougness measurement 46NTB1

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.91729757313988

Percentage Plastic Extension At Maximum Force wrt. 46NTB3
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTB3
exists at: Temporal Region of Tensile Test 46NTB3
characteristic of: Test piece 46NTB3
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTB3
type: temporal region
preceded by: temp reg rougness measurement 46NTB3

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.9285777327232205

Percentage Plastic Extension At Maximum Force wrt. 46NTB5
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTB5
exists at: Temporal Region of Tensile Test 46NTB5
characteristic of: Test piece 46NTB5
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTB5
type: temporal region
preceded by: temp reg rougness measurement 46NTB5

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.83482971454074

Percentage Plastic Extension At Maximum Force wrt. 46NTB7
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTB7
exists at: Temporal Region of Tensile Test 46NTB7
characteristic of: Test piece 46NTB7
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTB7
type: temporal region
preceded by: temp reg rougness measurement 46NTB7

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.172147489316413

Percentage Plastic Extension At Maximum Force wrt. 46NTB9
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTB9
exists at: Temporal Region of Tensile Test 46NTB9
characteristic of: Test piece 46NTB9
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTB9
type: temporal region
preceded by: temp reg rougness measurement 46NTB9

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.78868990472453

Percentage Plastic Extension At Maximum Force wrt. 46NTBB
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBB
exists at: Temporal Region of Tensile Test 46NTBB
characteristic of: Test piece 46NTBB
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBB
type: temporal region
preceded by: temp reg rougness measurement 46NTBB

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.014295979615404

Percentage Plastic Extension At Maximum Force wrt. 46NTBD
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBD
exists at: Temporal Region of Tensile Test 46NTBD
characteristic of: Test piece 46NTBD
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBD
type: temporal region
preceded by: temp reg rougness measurement 46NTBD

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.664544363890764

Percentage Plastic Extension At Maximum Force wrt. 46NTBF
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBF
exists at: Temporal Region of Tensile Test 46NTBF
characteristic of: Test piece 46NTBF
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBF
type: temporal region
preceded by: temp reg rougness measurement 46NTBF

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.92009901903994

Percentage Plastic Extension At Maximum Force wrt. 46NTBH
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBH
exists at: Temporal Region of Tensile Test 46NTBH
characteristic of: Test piece 46NTBH
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBH
type: temporal region
preceded by: temp reg rougness measurement 46NTBH

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.794188359048303

Percentage Plastic Extension At Maximum Force wrt. 46NTBL
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBL
exists at: Temporal Region of Tensile Test 46NTBL
characteristic of: Test piece 46NTBL
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBL
type: temporal region
preceded by: temp reg rougness measurement 46NTBL

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.010735846136117

Percentage Plastic Extension At Maximum Force wrt. 46NTBN
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBN
exists at: Temporal Region of Tensile Test 46NTBN
characteristic of: Test piece 46NTBN
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBN
type: temporal region
preceded by: temp reg rougness measurement 46NTBN

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.77962474238511

Percentage Plastic Extension At Maximum Force wrt. 46NTBP
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBP
exists at: Temporal Region of Tensile Test 46NTBP
characteristic of: Test piece 46NTBP
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBP
type: temporal region
preceded by: temp reg rougness measurement 46NTBP

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.799370880212816

Percentage Plastic Extension At Maximum Force wrt. 46NTBR
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBR
exists at: Temporal Region of Tensile Test 46NTBR
characteristic of: Test piece 46NTBR
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBR
type: temporal region
preceded by: temp reg rougness measurement 46NTBR

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.0401322581752765

Percentage Plastic Extension At Maximum Force wrt. 46NTBT
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBT
exists at: Temporal Region of Tensile Test 46NTBT
characteristic of: Test piece 46NTBT
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBT
type: temporal region
preceded by: temp reg rougness measurement 46NTBT

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.912079858009986

Percentage Plastic Extension At Maximum Force wrt. 46NTBV
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBV
exists at: Temporal Region of Tensile Test 46NTBV
characteristic of: Test piece 46NTBV
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBV
type: temporal region
preceded by: temp reg rougness measurement 46NTBV

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.770509314143611

Percentage Plastic Extension At Maximum Force wrt. 46NTBX
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBX
exists at: Temporal Region of Tensile Test 46NTBX
characteristic of: Test piece 46NTBX
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBX
type: temporal region
preceded by: temp reg rougness measurement 46NTBX

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.189454750974315

Percentage Plastic Extension At Maximum Force wrt. 46NTBZ
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTBZ
exists at: Temporal Region of Tensile Test 46NTBZ
characteristic of: Test piece 46NTBZ
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTBZ
type: temporal region
preceded by: temp reg rougness measurement 46NTBZ

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.176642848976898

Percentage Plastic Extension At Maximum Force wrt. 46NTC1
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTC1
exists at: Temporal Region of Tensile Test 46NTC1
characteristic of: Test piece 46NTC1
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTC1
type: temporal region
preceded by: temp reg rougness measurement 46NTC1

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 5.131043283376101

Percentage Plastic Extension At Maximum Force wrt. 46NTC3
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTC3
exists at: Temporal Region of Tensile Test 46NTC3
characteristic of: Test piece 46NTC3
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTC3
type: temporal region
preceded by: temp reg rougness measurement 46NTC3

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.76276246693239

Percentage Plastic Extension At Maximum Force wrt. 46NTC5
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTC5
exists at: Temporal Region of Tensile Test 46NTC5
characteristic of: Test piece 46NTC5
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTC5
type: temporal region
preceded by: temp reg rougness measurement 46NTC5

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.957434961804152

Percentage Plastic Extension At Maximum Force wrt. 46NTC7
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTC7
exists at: Temporal Region of Tensile Test 46NTC7
characteristic of: Test piece 46NTC7
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTC7
type: temporal region
preceded by: temp reg rougness measurement 46NTC7

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.807769086486891

Percentage Plastic Extension At Maximum Force wrt. 46NTC9
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTC9
exists at: Temporal Region of Tensile Test 46NTC9
characteristic of: Test piece 46NTC9
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTC9
type: temporal region
preceded by: temp reg rougness measurement 46NTC9

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.882381246624172

Percentage Plastic Extension At Maximum Force wrt. 46NTCB
type: Percentage Plastsic Extension At Maximum Force
has realization: tensile test 46NTCB
exists at: Temporal Region of Tensile Test 46NTCB
characteristic of: Test piece 46NTCB
concretizes: Value of Percentage Plastic Extension At Maximum Force

Temporal Region of Tensile Test 46NTCB
type: temporal region
preceded by: temp reg rougness measurement 46NTCB

Value of Percentage Plastic Extension At Maximum Force
type: scalar value specification
has measurement unit label: PERCENT
has specified numeric value: 4.905669989026488

Proof Strength Plastic Extension wrt. 46NT71
type: Proof Strength Plastic Extension
has realization: tensile test 46NT71
exists at: Temporal Region of Tensile Test 46NT71
characteristic of: Test piece 46NT71
concretizes: Value of Proof Strength Plastic Extension

Proof Strength Plastic Extension
type: Class
subclass of: strength
definition: Stress at which the plastic extension is equal to a specified percentage of the extensometer gauge length. Note: A suffix is added to the subscript to indicate the prescribed percentage, e.g. R_p_0.2. Source: ISO 6892-1:2019

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1146.282708320003

Proof Strength Plastic Extension wrt. 46NT73
type: Proof Strength Plastic Extension
has realization: tensile test 46NT73
exists at: Temporal Region of Tensile Test 46NT73
characteristic of: Test piece 46NT73
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1146.2158585376806

Proof Strength Plastic Extension wrt. 46NT75
type: Proof Strength Plastic Extension
has realization: tensile test 46NT75
exists at: Temporal Region of Tensile Test 46NT75
characteristic of: Test piece 46NT75
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1147.9447523589256

Proof Strength Plastic Extension wrt. 46NT77
type: Proof Strength Plastic Extension
has realization: tensile test 46NT77
exists at: Temporal Region of Tensile Test 46NT77
characteristic of: Test piece 46NT77
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1151.4400996104164

Proof Strength Plastic Extension wrt. 46NT79
type: Proof Strength Plastic Extension
has realization: tensile test 46NT79
exists at: Temporal Region of Tensile Test 46NT79
characteristic of: Test piece 46NT79
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1143.104213932002

Proof Strength Plastic Extension wrt. 46NT81
type: Proof Strength Plastic Extension
has realization: tensile test 46NT81
exists at: Temporal Region of Tensile Test 46NT81
characteristic of: Test piece 46NT81
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1138.6200338988924

Proof Strength Plastic Extension wrt. 46NT83
type: Proof Strength Plastic Extension
has realization: tensile test 46NT83
exists at: Temporal Region of Tensile Test 46NT83
characteristic of: Test piece 46NT83
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1143.1188003324548

Proof Strength Plastic Extension wrt. 46NT85
type: Proof Strength Plastic Extension
has realization: tensile test 46NT85
exists at: Temporal Region of Tensile Test 46NT85
characteristic of: Test piece 46NT85
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1143.344272811652

Proof Strength Plastic Extension wrt. 46NT87
type: Proof Strength Plastic Extension
has realization: tensile test 46NT87
exists at: Temporal Region of Tensile Test 46NT87
characteristic of: Test piece 46NT87
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1144.7186391667112

Proof Strength Plastic Extension wrt. 46NT89
type: Proof Strength Plastic Extension
has realization: tensile test 46NT89
exists at: Temporal Region of Tensile Test 46NT89
characteristic of: Test piece 46NT89
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1140.536590244724

Proof Strength Plastic Extension wrt. 46NT91
type: Proof Strength Plastic Extension
has realization: tensile test 46NT91
exists at: Temporal Region of Tensile Test 46NT91
characteristic of: Test piece 46NT91
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1144.0429266258866

Proof Strength Plastic Extension wrt. 46NT93
type: Proof Strength Plastic Extension
has realization: tensile test 46NT93
exists at: Temporal Region of Tensile Test 46NT93
characteristic of: Test piece 46NT93
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1148.4492823862206

Proof Strength Plastic Extension wrt. 46NT95
type: Proof Strength Plastic Extension
has realization: tensile test 46NT95
exists at: Temporal Region of Tensile Test 46NT95
characteristic of: Test piece 46NT95
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1144.9666137670347

Proof Strength Plastic Extension wrt. 46NT97
type: Proof Strength Plastic Extension
has realization: tensile test 46NT97
exists at: Temporal Region of Tensile Test 46NT97
characteristic of: Test piece 46NT97
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1149.360649368586

Proof Strength Plastic Extension wrt. 46NT99
type: Proof Strength Plastic Extension
has realization: tensile test 46NT99
exists at: Temporal Region of Tensile Test 46NT99
characteristic of: Test piece 46NT99
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1141.099917613594

Proof Strength Plastic Extension wrt. 46NT9B
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9B
exists at: Temporal Region of Tensile Test 46NT9B
characteristic of: Test piece 46NT9B
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1139.2188562583005

Proof Strength Plastic Extension wrt. 46NT9D
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9D
exists at: Temporal Region of Tensile Test 46NT9D
characteristic of: Test piece 46NT9D
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1122.0946918175598

Proof Strength Plastic Extension wrt. 46NT9F
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9F
exists at: Temporal Region of Tensile Test 46NT9F
characteristic of: Test piece 46NT9F
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1139.6807488416064

Proof Strength Plastic Extension wrt. 46NT9J
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9J
exists at: Temporal Region of Tensile Test 46NT9J
characteristic of: Test piece 46NT9J
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1136.275387359518

Proof Strength Plastic Extension wrt. 46NT9N
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9N
exists at: Temporal Region of Tensile Test 46NT9N
characteristic of: Test piece 46NT9N
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1141.0649064525107

Proof Strength Plastic Extension wrt. 46NT9P
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9P
exists at: Temporal Region of Tensile Test 46NT9P
characteristic of: Test piece 46NT9P
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1137.036261165777

Proof Strength Plastic Extension wrt. 46NT9R
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9R
exists at: Temporal Region of Tensile Test 46NT9R
characteristic of: Test piece 46NT9R
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1129.7041888090753

Proof Strength Plastic Extension wrt. 46NT9T
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9T
exists at: Temporal Region of Tensile Test 46NT9T
characteristic of: Test piece 46NT9T
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1132.1559819056492

Proof Strength Plastic Extension wrt. 46NT9V
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9V
exists at: Temporal Region of Tensile Test 46NT9V
characteristic of: Test piece 46NT9V
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1133.3572735124403

Proof Strength Plastic Extension wrt. 46NT9X
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9X
exists at: Temporal Region of Tensile Test 46NT9X
characteristic of: Test piece 46NT9X
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1133.4248897242016

Proof Strength Plastic Extension wrt. 46NT9Z
type: Proof Strength Plastic Extension
has realization: tensile test 46NT9Z
exists at: Temporal Region of Tensile Test 46NT9Z
characteristic of: Test piece 46NT9Z
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1138.089092522478

Proof Strength Plastic Extension wrt. 46NTA1
type: Proof Strength Plastic Extension
has realization: tensile test 46NTA1
exists at: Temporal Region of Tensile Test 46NTA1
characteristic of: Test piece 46NTA1
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1136.6095500638094

Proof Strength Plastic Extension wrt. 46NTA3
type: Proof Strength Plastic Extension
has realization: tensile test 46NTA3
exists at: Temporal Region of Tensile Test 46NTA3
characteristic of: Test piece 46NTA3
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1128.687641710045

Proof Strength Plastic Extension wrt. 46NTA5
type: Proof Strength Plastic Extension
has realization: tensile test 46NTA5
exists at: Temporal Region of Tensile Test 46NTA5
characteristic of: Test piece 46NTA5
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1135.3664602381584

Proof Strength Plastic Extension wrt. 46NTA7
type: Proof Strength Plastic Extension
has realization: tensile test 46NTA7
exists at: Temporal Region of Tensile Test 46NTA7
characteristic of: Test piece 46NTA7
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1135.1869392439821

Proof Strength Plastic Extension wrt. 46NTA9
type: Proof Strength Plastic Extension
has realization: tensile test 46NTA9
exists at: Temporal Region of Tensile Test 46NTA9
characteristic of: Test piece 46NTA9
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1130.9271687909604

Proof Strength Plastic Extension wrt. 46NTAB
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAB
exists at: Temporal Region of Tensile Test 46NTAB
characteristic of: Test piece 46NTAB
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1128.8671492870556

Proof Strength Plastic Extension wrt. 46NTAD
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAD
exists at: Temporal Region of Tensile Test 46NTAD
characteristic of: Test piece 46NTAD
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1134.5263573963778

Proof Strength Plastic Extension wrt. 46NTAF
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAF
exists at: Temporal Region of Tensile Test 46NTAF
characteristic of: Test piece 46NTAF
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1133.0701224301781

Proof Strength Plastic Extension wrt. 46NTAH
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAH
exists at: Temporal Region of Tensile Test 46NTAH
characteristic of: Test piece 46NTAH
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1134.4512277901738

Proof Strength Plastic Extension wrt. 46NTAJ
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAJ
exists at: Temporal Region of Tensile Test 46NTAJ
characteristic of: Test piece 46NTAJ
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1127.0550004870347

Proof Strength Plastic Extension wrt. 46NTAL
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAL
exists at: Temporal Region of Tensile Test 46NTAL
characteristic of: Test piece 46NTAL
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1126.8797136287308

Proof Strength Plastic Extension wrt. 46NTAN
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAN
exists at: Temporal Region of Tensile Test 46NTAN
characteristic of: Test piece 46NTAN
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1125.2325451731933

Proof Strength Plastic Extension wrt. 46NTAP
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAP
exists at: Temporal Region of Tensile Test 46NTAP
characteristic of: Test piece 46NTAP
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1128.176022825159

Proof Strength Plastic Extension wrt. 46NTAR
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAR
exists at: Temporal Region of Tensile Test 46NTAR
characteristic of: Test piece 46NTAR
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1134.938412609495

Proof Strength Plastic Extension wrt. 46NTAT
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAT
exists at: Temporal Region of Tensile Test 46NTAT
characteristic of: Test piece 46NTAT
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1144.8433006799257

Proof Strength Plastic Extension wrt. 46NTAV
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAV
exists at: Temporal Region of Tensile Test 46NTAV
characteristic of: Test piece 46NTAV
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1154.9496031280007

Proof Strength Plastic Extension wrt. 46NTAX
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAX
exists at: Temporal Region of Tensile Test 46NTAX
characteristic of: Test piece 46NTAX
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1150.7272015329497

Proof Strength Plastic Extension wrt. 46NTAZ
type: Proof Strength Plastic Extension
has realization: tensile test 46NTAZ
exists at: Temporal Region of Tensile Test 46NTAZ
characteristic of: Test piece 46NTAZ
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1150.5294376095599

Proof Strength Plastic Extension wrt. 46NTB1
type: Proof Strength Plastic Extension
has realization: tensile test 46NTB1
exists at: Temporal Region of Tensile Test 46NTB1
characteristic of: Test piece 46NTB1
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1141.0413345153975

Proof Strength Plastic Extension wrt. 46NTB3
type: Proof Strength Plastic Extension
has realization: tensile test 46NTB3
exists at: Temporal Region of Tensile Test 46NTB3
characteristic of: Test piece 46NTB3
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1144.8573488734698

Proof Strength Plastic Extension wrt. 46NTB5
type: Proof Strength Plastic Extension
has realization: tensile test 46NTB5
exists at: Temporal Region of Tensile Test 46NTB5
characteristic of: Test piece 46NTB5
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1149.5965567820929

Proof Strength Plastic Extension wrt. 46NTB7
type: Proof Strength Plastic Extension
has realization: tensile test 46NTB7
exists at: Temporal Region of Tensile Test 46NTB7
characteristic of: Test piece 46NTB7
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1139.91522733046

Proof Strength Plastic Extension wrt. 46NTB9
type: Proof Strength Plastic Extension
has realization: tensile test 46NTB9
exists at: Temporal Region of Tensile Test 46NTB9
characteristic of: Test piece 46NTB9
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1150.8188870505228

Proof Strength Plastic Extension wrt. 46NTBB
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBB
exists at: Temporal Region of Tensile Test 46NTBB
characteristic of: Test piece 46NTBB
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1144.9953222035329

Proof Strength Plastic Extension wrt. 46NTBD
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBD
exists at: Temporal Region of Tensile Test 46NTBD
characteristic of: Test piece 46NTBD
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1141.9866529485155

Proof Strength Plastic Extension wrt. 46NTBF
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBF
exists at: Temporal Region of Tensile Test 46NTBF
characteristic of: Test piece 46NTBF
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1143.4920675194728

Proof Strength Plastic Extension wrt. 46NTBH
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBH
exists at: Temporal Region of Tensile Test 46NTBH
characteristic of: Test piece 46NTBH
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1143.675486620504

Proof Strength Plastic Extension wrt. 46NTBL
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBL
exists at: Temporal Region of Tensile Test 46NTBL
characteristic of: Test piece 46NTBL
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1139.078813198164

Proof Strength Plastic Extension wrt. 46NTBN
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBN
exists at: Temporal Region of Tensile Test 46NTBN
characteristic of: Test piece 46NTBN
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1136.5538782517751

Proof Strength Plastic Extension wrt. 46NTBP
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBP
exists at: Temporal Region of Tensile Test 46NTBP
characteristic of: Test piece 46NTBP
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1138.5530422319948

Proof Strength Plastic Extension wrt. 46NTBR
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBR
exists at: Temporal Region of Tensile Test 46NTBR
characteristic of: Test piece 46NTBR
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1135.5117776508364

Proof Strength Plastic Extension wrt. 46NTBT
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBT
exists at: Temporal Region of Tensile Test 46NTBT
characteristic of: Test piece 46NTBT
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1128.68404316859

Proof Strength Plastic Extension wrt. 46NTBV
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBV
exists at: Temporal Region of Tensile Test 46NTBV
characteristic of: Test piece 46NTBV
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1135.5118476779871

Proof Strength Plastic Extension wrt. 46NTBX
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBX
exists at: Temporal Region of Tensile Test 46NTBX
characteristic of: Test piece 46NTBX
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1132.7302109062573

Proof Strength Plastic Extension wrt. 46NTBZ
type: Proof Strength Plastic Extension
has realization: tensile test 46NTBZ
exists at: Temporal Region of Tensile Test 46NTBZ
characteristic of: Test piece 46NTBZ
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1132.6192725556882

Proof Strength Plastic Extension wrt. 46NTC1
type: Proof Strength Plastic Extension
has realization: tensile test 46NTC1
exists at: Temporal Region of Tensile Test 46NTC1
characteristic of: Test piece 46NTC1
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1134.8676493400858

Proof Strength Plastic Extension wrt. 46NTC3
type: Proof Strength Plastic Extension
has realization: tensile test 46NTC3
exists at: Temporal Region of Tensile Test 46NTC3
characteristic of: Test piece 46NTC3
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1130.3128430826273

Proof Strength Plastic Extension wrt. 46NTC5
type: Proof Strength Plastic Extension
has realization: tensile test 46NTC5
exists at: Temporal Region of Tensile Test 46NTC5
characteristic of: Test piece 46NTC5
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1131.5887691547725

Proof Strength Plastic Extension wrt. 46NTC7
type: Proof Strength Plastic Extension
has realization: tensile test 46NTC7
exists at: Temporal Region of Tensile Test 46NTC7
characteristic of: Test piece 46NTC7
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1128.2430687352921

Proof Strength Plastic Extension wrt. 46NTC9
type: Proof Strength Plastic Extension
has realization: tensile test 46NTC9
exists at: Temporal Region of Tensile Test 46NTC9
characteristic of: Test piece 46NTC9
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1133.8162890045278

Proof Strength Plastic Extension wrt. 46NTCB
type: Proof Strength Plastic Extension
has realization: tensile test 46NTCB
exists at: Temporal Region of Tensile Test 46NTCB
characteristic of: Test piece 46NTCB
concretizes: Value of Proof Strength Plastic Extension

Value of Proof Strength Plastic Extension
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1133.0976247678261

Rp02 wrt. 46NT71
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT71
exists at: Temporal Region of Tensile Test 46NT71
characteristic of: Test piece 46NT71
concretizes: Value of Rp02

Proof Strength Plastic Extension Rp02
type: Class
subclass of: Proof Strength Plastic Extension
definition: Stress at which the plastic extension is equal to 0.2 percent of the extensometer gauge length.

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1132.3284914867481

Rp02 wrt. 46NT73
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT73
exists at: Temporal Region of Tensile Test 46NT73
characteristic of: Test piece 46NT73
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1133.0067152297834

Rp02 wrt. 46NT75
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT75
exists at: Temporal Region of Tensile Test 46NT75
characteristic of: Test piece 46NT75
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1131.9124063134173

Rp02 wrt. 46NT77
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT77
exists at: Temporal Region of Tensile Test 46NT77
characteristic of: Test piece 46NT77
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1139.0926164551984

Rp02 wrt. 46NT79
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT79
exists at: Temporal Region of Tensile Test 46NT79
characteristic of: Test piece 46NT79
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1131.103874548778

Rp02 wrt. 46NT81
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT81
exists at: Temporal Region of Tensile Test 46NT81
characteristic of: Test piece 46NT81
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1129.1534618126504

Rp02 wrt. 46NT83
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT83
exists at: Temporal Region of Tensile Test 46NT83
characteristic of: Test piece 46NT83
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1131.814318802592

Rp02 wrt. 46NT85
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT85
exists at: Temporal Region of Tensile Test 46NT85
characteristic of: Test piece 46NT85
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1128.9776141431432

Rp02 wrt. 46NT87
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT87
exists at: Temporal Region of Tensile Test 46NT87
characteristic of: Test piece 46NT87
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1128.8924582741934

Rp02 wrt. 46NT89
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT89
exists at: Temporal Region of Tensile Test 46NT89
characteristic of: Test piece 46NT89
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1127.6752760079194

Rp02 wrt. 46NT91
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT91
exists at: Temporal Region of Tensile Test 46NT91
characteristic of: Test piece 46NT91
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1130.8383894485528

Rp02 wrt. 46NT93
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT93
exists at: Temporal Region of Tensile Test 46NT93
characteristic of: Test piece 46NT93
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1131.9962024948527

Rp02 wrt. 46NT95
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT95
exists at: Temporal Region of Tensile Test 46NT95
characteristic of: Test piece 46NT95
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1133.3374954926353

Rp02 wrt. 46NT97
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT97
exists at: Temporal Region of Tensile Test 46NT97
characteristic of: Test piece 46NT97
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1135.106772729417

Rp02 wrt. 46NT99
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT99
exists at: Temporal Region of Tensile Test 46NT99
characteristic of: Test piece 46NT99
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1107.1551984132884

Rp02 wrt. 46NT9B
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9B
exists at: Temporal Region of Tensile Test 46NT9B
characteristic of: Test piece 46NT9B
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1103.2843170596245

Rp02 wrt. 46NT9D
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9D
exists at: Temporal Region of Tensile Test 46NT9D
characteristic of: Test piece 46NT9D
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1090.0613982135765

Rp02 wrt. 46NT9F
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9F
exists at: Temporal Region of Tensile Test 46NT9F
characteristic of: Test piece 46NT9F
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1106.555484554111

Rp02 wrt. 46NT9J
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9J
exists at: Temporal Region of Tensile Test 46NT9J
characteristic of: Test piece 46NT9J
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1104.351885077035

Rp02 wrt. 46NT9N
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9N
exists at: Temporal Region of Tensile Test 46NT9N
characteristic of: Test piece 46NT9N
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1108.9679806699448

Rp02 wrt. 46NT9P
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9P
exists at: Temporal Region of Tensile Test 46NT9P
characteristic of: Test piece 46NT9P
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1105.7658840600573

Rp02 wrt. 46NT9R
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9R
exists at: Temporal Region of Tensile Test 46NT9R
characteristic of: Test piece 46NT9R
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1097.5793385401219

Rp02 wrt. 46NT9T
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9T
exists at: Temporal Region of Tensile Test 46NT9T
characteristic of: Test piece 46NT9T
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1099.5010596488153

Rp02 wrt. 46NT9V
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9V
exists at: Temporal Region of Tensile Test 46NT9V
characteristic of: Test piece 46NT9V
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1102.2812310387237

Rp02 wrt. 46NT9X
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9X
exists at: Temporal Region of Tensile Test 46NT9X
characteristic of: Test piece 46NT9X
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1100.9558023634127

Rp02 wrt. 46NT9Z
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NT9Z
exists at: Temporal Region of Tensile Test 46NT9Z
characteristic of: Test piece 46NT9Z
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1106.0144753956063

Rp02 wrt. 46NTA1
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTA1
exists at: Temporal Region of Tensile Test 46NTA1
characteristic of: Test piece 46NTA1
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1091.2630508211773

Rp02 wrt. 46NTA3
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTA3
exists at: Temporal Region of Tensile Test 46NTA3
characteristic of: Test piece 46NTA3
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1082.1118886571364

Rp02 wrt. 46NTA5
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTA5
exists at: Temporal Region of Tensile Test 46NTA5
characteristic of: Test piece 46NTA5
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1090.2693151348315

Rp02 wrt. 46NTA7
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTA7
exists at: Temporal Region of Tensile Test 46NTA7
characteristic of: Test piece 46NTA7
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1090.278097792214

Rp02 wrt. 46NTA9
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTA9
exists at: Temporal Region of Tensile Test 46NTA9
characteristic of: Test piece 46NTA9
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1085.6115802506465

Rp02 wrt. 46NTAB
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAB
exists at: Temporal Region of Tensile Test 46NTAB
characteristic of: Test piece 46NTAB
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1084.3977857605105

Rp02 wrt. 46NTAD
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAD
exists at: Temporal Region of Tensile Test 46NTAD
characteristic of: Test piece 46NTAD
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1089.065842868012

Rp02 wrt. 46NTAF
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAF
exists at: Temporal Region of Tensile Test 46NTAF
characteristic of: Test piece 46NTAF
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1089.0024369601065

Rp02 wrt. 46NTAH
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAH
exists at: Temporal Region of Tensile Test 46NTAH
characteristic of: Test piece 46NTAH
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1090.0500177016443

Rp02 wrt. 46NTAJ
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAJ
exists at: Temporal Region of Tensile Test 46NTAJ
characteristic of: Test piece 46NTAJ
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1082.6551017869408

Rp02 wrt. 46NTAL
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAL
exists at: Temporal Region of Tensile Test 46NTAL
characteristic of: Test piece 46NTAL
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1081.624693073669

Rp02 wrt. 46NTAN
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAN
exists at: Temporal Region of Tensile Test 46NTAN
characteristic of: Test piece 46NTAN
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1080.483762379218

Rp02 wrt. 46NTAP
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAP
exists at: Temporal Region of Tensile Test 46NTAP
characteristic of: Test piece 46NTAP
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1083.090586583614

Rp02 wrt. 46NTAR
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAR
exists at: Temporal Region of Tensile Test 46NTAR
characteristic of: Test piece 46NTAR
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1090.1475559439107

Rp02 wrt. 46NTAT
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAT
exists at: Temporal Region of Tensile Test 46NTAT
characteristic of: Test piece 46NTAT
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1078.4178479977995

Rp02 wrt. 46NTAV
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAV
exists at: Temporal Region of Tensile Test 46NTAV
characteristic of: Test piece 46NTAV
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1085.8016537577498

Rp02 wrt. 46NTAX
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAX
exists at: Temporal Region of Tensile Test 46NTAX
characteristic of: Test piece 46NTAX
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1081.9382802258908

Rp02 wrt. 46NTAZ
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTAZ
exists at: Temporal Region of Tensile Test 46NTAZ
characteristic of: Test piece 46NTAZ
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1081.8509694883146

Rp02 wrt. 46NTB1
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTB1
exists at: Temporal Region of Tensile Test 46NTB1
characteristic of: Test piece 46NTB1
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1071.9857286864112

Rp02 wrt. 46NTB3
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTB3
exists at: Temporal Region of Tensile Test 46NTB3
characteristic of: Test piece 46NTB3
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1076.8155586756914

Rp02 wrt. 46NTB5
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTB5
exists at: Temporal Region of Tensile Test 46NTB5
characteristic of: Test piece 46NTB5
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1081.7008049995425

Rp02 wrt. 46NTB7
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTB7
exists at: Temporal Region of Tensile Test 46NTB7
characteristic of: Test piece 46NTB7
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1078.9341842427723

Rp02 wrt. 46NTB9
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTB9
exists at: Temporal Region of Tensile Test 46NTB9
characteristic of: Test piece 46NTB9
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1083.4933296715053

Rp02 wrt. 46NTBB
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBB
exists at: Temporal Region of Tensile Test 46NTBB
characteristic of: Test piece 46NTBB
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1077.1065064221755

Rp02 wrt. 46NTBD
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBD
exists at: Temporal Region of Tensile Test 46NTBD
characteristic of: Test piece 46NTBD
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1075.9527704072595

Rp02 wrt. 46NTBF
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBF
exists at: Temporal Region of Tensile Test 46NTBF
characteristic of: Test piece 46NTBF
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1075.400901296615

Rp02 wrt. 46NTBH
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBH
exists at: Temporal Region of Tensile Test 46NTBH
characteristic of: Test piece 46NTBH
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1075.9075047747729

Rp02 wrt. 46NTBL
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBL
exists at: Temporal Region of Tensile Test 46NTBL
characteristic of: Test piece 46NTBL
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1084.8305520802523

Rp02 wrt. 46NTBN
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBN
exists at: Temporal Region of Tensile Test 46NTBN
characteristic of: Test piece 46NTBN
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1082.9897729298539

Rp02 wrt. 46NTBP
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBP
exists at: Temporal Region of Tensile Test 46NTBP
characteristic of: Test piece 46NTBP
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1084.4291998780775

Rp02 wrt. 46NTBR
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBR
exists at: Temporal Region of Tensile Test 46NTBR
characteristic of: Test piece 46NTBR
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1081.825547631855

Rp02 wrt. 46NTBT
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBT
exists at: Temporal Region of Tensile Test 46NTBT
characteristic of: Test piece 46NTBT
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1075.6935362198499

Rp02 wrt. 46NTBV
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBV
exists at: Temporal Region of Tensile Test 46NTBV
characteristic of: Test piece 46NTBV
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1081.7796514463134

Rp02 wrt. 46NTBX
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBX
exists at: Temporal Region of Tensile Test 46NTBX
characteristic of: Test piece 46NTBX
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1078.810531234971

Rp02 wrt. 46NTBZ
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTBZ
exists at: Temporal Region of Tensile Test 46NTBZ
characteristic of: Test piece 46NTBZ
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1079.7208386376167

Rp02 wrt. 46NTC1
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTC1
exists at: Temporal Region of Tensile Test 46NTC1
characteristic of: Test piece 46NTC1
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1079.600772097545

Rp02 wrt. 46NTC3
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTC3
exists at: Temporal Region of Tensile Test 46NTC3
characteristic of: Test piece 46NTC3
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1075.1098155421125

Rp02 wrt. 46NTC5
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTC5
exists at: Temporal Region of Tensile Test 46NTC5
characteristic of: Test piece 46NTC5
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1077.8005316843687

Rp02 wrt. 46NTC7
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTC7
exists at: Temporal Region of Tensile Test 46NTC7
characteristic of: Test piece 46NTC7
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1074.8882471665497

Rp02 wrt. 46NTC9
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTC9
exists at: Temporal Region of Tensile Test 46NTC9
characteristic of: Test piece 46NTC9
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1080.4477166786821

Rp02 wrt. 46NTCB
type: Proof Strength Plastic Extension Rp02
has realization: tensile test 46NTCB
exists at: Temporal Region of Tensile Test 46NTCB
characteristic of: Test piece 46NTCB
concretizes: Value of Rp02

Value of Rp02
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1079.966269837413

Slope Of The Elastic Part wrt. 46NT71
type: Slope Of The Elastic Part
has realization: tensile test 46NT71
exists at: Temporal Region of Tensile Test 46NT71
characteristic of: Test piece 46NT71
concretizes: Value of Slope Of The Elastic Part

Slope Of The Elastic Part
type: Class
subclass of: elastic modulus
definition: This concept describes the value of the slope of the first linear increasing part (âelastic partâ) in the stress-percentage extension curve obtained during a tensile test. In the elastic part of the stressâpercentage extension curve, the value of the slope may not necessarily represent the modulus of elasticity. This value may closely agree with the value of the modulus of elasticity if optimal conditions were used.

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 201875.5901734028

Slope Of The Elastic Part wrt. 46NT73
type: Slope Of The Elastic Part
has realization: tensile test 46NT73
exists at: Temporal Region of Tensile Test 46NT73
characteristic of: Test piece 46NT73
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 198794.30485942168

Slope Of The Elastic Part wrt. 46NT75
type: Slope Of The Elastic Part
has realization: tensile test 46NT75
exists at: Temporal Region of Tensile Test 46NT75
characteristic of: Test piece 46NT75
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 205699.73483288297

Slope Of The Elastic Part wrt. 46NT77
type: Slope Of The Elastic Part
has realization: tensile test 46NT77
exists at: Temporal Region of Tensile Test 46NT77
characteristic of: Test piece 46NT77
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 199821.25831804346

Slope Of The Elastic Part wrt. 46NT79
type: Slope Of The Elastic Part
has realization: tensile test 46NT79
exists at: Temporal Region of Tensile Test 46NT79
characteristic of: Test piece 46NT79
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 199824.73421938933

Slope Of The Elastic Part wrt. 46NT81
type: Slope Of The Elastic Part
has realization: tensile test 46NT81
exists at: Temporal Region of Tensile Test 46NT81
characteristic of: Test piece 46NT81
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 201830.8579671346

Slope Of The Elastic Part wrt. 46NT83
type: Slope Of The Elastic Part
has realization: tensile test 46NT83
exists at: Temporal Region of Tensile Test 46NT83
characteristic of: Test piece 46NT83
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 194902.09730710534

Slope Of The Elastic Part wrt. 46NT85
type: Slope Of The Elastic Part
has realization: tensile test 46NT85
exists at: Temporal Region of Tensile Test 46NT85
characteristic of: Test piece 46NT85
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 193756.2749660201

Slope Of The Elastic Part wrt. 46NT87
type: Slope Of The Elastic Part
has realization: tensile test 46NT87
exists at: Temporal Region of Tensile Test 46NT87
characteristic of: Test piece 46NT87
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 204959.8813590441

Slope Of The Elastic Part wrt. 46NT89
type: Slope Of The Elastic Part
has realization: tensile test 46NT89
exists at: Temporal Region of Tensile Test 46NT89
characteristic of: Test piece 46NT89
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 200874.12774578255

Slope Of The Elastic Part wrt. 46NT91
type: Slope Of The Elastic Part
has realization: tensile test 46NT91
exists at: Temporal Region of Tensile Test 46NT91
characteristic of: Test piece 46NT91
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 202553.6559947184

Slope Of The Elastic Part wrt. 46NT93
type: Slope Of The Elastic Part
has realization: tensile test 46NT93
exists at: Temporal Region of Tensile Test 46NT93
characteristic of: Test piece 46NT93
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 196476.55676196955

Slope Of The Elastic Part wrt. 46NT95
type: Slope Of The Elastic Part
has realization: tensile test 46NT95
exists at: Temporal Region of Tensile Test 46NT95
characteristic of: Test piece 46NT95
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 202404.18965807394

Slope Of The Elastic Part wrt. 46NT97
type: Slope Of The Elastic Part
has realization: tensile test 46NT97
exists at: Temporal Region of Tensile Test 46NT97
characteristic of: Test piece 46NT97
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 198468.05669024208

Slope Of The Elastic Part wrt. 46NT99
type: Slope Of The Elastic Part
has realization: tensile test 46NT99
exists at: Temporal Region of Tensile Test 46NT99
characteristic of: Test piece 46NT99
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 205508.23119923365

Slope Of The Elastic Part wrt. 46NT9B
type: Slope Of The Elastic Part
has realization: tensile test 46NT9B
exists at: Temporal Region of Tensile Test 46NT9B
characteristic of: Test piece 46NT9B
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 210642.11055659756

Slope Of The Elastic Part wrt. 46NT9D
type: Slope Of The Elastic Part
has realization: tensile test 46NT9D
exists at: Temporal Region of Tensile Test 46NT9D
characteristic of: Test piece 46NT9D
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207076.24253279125

Slope Of The Elastic Part wrt. 46NT9F
type: Slope Of The Elastic Part
has realization: tensile test 46NT9F
exists at: Temporal Region of Tensile Test 46NT9F
characteristic of: Test piece 46NT9F
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208809.84306349463

Slope Of The Elastic Part wrt. 46NT9J
type: Slope Of The Elastic Part
has realization: tensile test 46NT9J
exists at: Temporal Region of Tensile Test 46NT9J
characteristic of: Test piece 46NT9J
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 213732.44562205518

Slope Of The Elastic Part wrt. 46NT9N
type: Slope Of The Elastic Part
has realization: tensile test 46NT9N
exists at: Temporal Region of Tensile Test 46NT9N
characteristic of: Test piece 46NT9N
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 213213.7445703401

Slope Of The Elastic Part wrt. 46NT9P
type: Slope Of The Elastic Part
has realization: tensile test 46NT9P
exists at: Temporal Region of Tensile Test 46NT9P
characteristic of: Test piece 46NT9P
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 214398.40196820133

Slope Of The Elastic Part wrt. 46NT9R
type: Slope Of The Elastic Part
has realization: tensile test 46NT9R
exists at: Temporal Region of Tensile Test 46NT9R
characteristic of: Test piece 46NT9R
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 203460.05638677458

Slope Of The Elastic Part wrt. 46NT9T
type: Slope Of The Elastic Part
has realization: tensile test 46NT9T
exists at: Temporal Region of Tensile Test 46NT9T
characteristic of: Test piece 46NT9T
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207966.16408097447

Slope Of The Elastic Part wrt. 46NT9V
type: Slope Of The Elastic Part
has realization: tensile test 46NT9V
exists at: Temporal Region of Tensile Test 46NT9V
characteristic of: Test piece 46NT9V
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 213652.66689253706

Slope Of The Elastic Part wrt. 46NT9X
type: Slope Of The Elastic Part
has realization: tensile test 46NT9X
exists at: Temporal Region of Tensile Test 46NT9X
characteristic of: Test piece 46NT9X
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 212193.1095109207

Slope Of The Elastic Part wrt. 46NT9Z
type: Slope Of The Elastic Part
has realization: tensile test 46NT9Z
exists at: Temporal Region of Tensile Test 46NT9Z
characteristic of: Test piece 46NT9Z
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208149.984605333

Slope Of The Elastic Part wrt. 46NTA1
type: Slope Of The Elastic Part
has realization: tensile test 46NTA1
exists at: Temporal Region of Tensile Test 46NTA1
characteristic of: Test piece 46NTA1
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 214690.97182466905

Slope Of The Elastic Part wrt. 46NTA3
type: Slope Of The Elastic Part
has realization: tensile test 46NTA3
exists at: Temporal Region of Tensile Test 46NTA3
characteristic of: Test piece 46NTA3
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 204815.53653420936

Slope Of The Elastic Part wrt. 46NTA5
type: Slope Of The Elastic Part
has realization: tensile test 46NTA5
exists at: Temporal Region of Tensile Test 46NTA5
characteristic of: Test piece 46NTA5
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207815.34734739337

Slope Of The Elastic Part wrt. 46NTA7
type: Slope Of The Elastic Part
has realization: tensile test 46NTA7
exists at: Temporal Region of Tensile Test 46NTA7
characteristic of: Test piece 46NTA7
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 205933.93637950582

Slope Of The Elastic Part wrt. 46NTA9
type: Slope Of The Elastic Part
has realization: tensile test 46NTA9
exists at: Temporal Region of Tensile Test 46NTA9
characteristic of: Test piece 46NTA9
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 209032.26959740033

Slope Of The Elastic Part wrt. 46NTAB
type: Slope Of The Elastic Part
has realization: tensile test 46NTAB
exists at: Temporal Region of Tensile Test 46NTAB
characteristic of: Test piece 46NTAB
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 210160.10139532542

Slope Of The Elastic Part wrt. 46NTAD
type: Slope Of The Elastic Part
has realization: tensile test 46NTAD
exists at: Temporal Region of Tensile Test 46NTAD
characteristic of: Test piece 46NTAD
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 209120.88734511056

Slope Of The Elastic Part wrt. 46NTAF
type: Slope Of The Elastic Part
has realization: tensile test 46NTAF
exists at: Temporal Region of Tensile Test 46NTAF
characteristic of: Test piece 46NTAF
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 178753.24138155134

Slope Of The Elastic Part wrt. 46NTAH
type: Slope Of The Elastic Part
has realization: tensile test 46NTAH
exists at: Temporal Region of Tensile Test 46NTAH
characteristic of: Test piece 46NTAH
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 212849.8029269922

Slope Of The Elastic Part wrt. 46NTAJ
type: Slope Of The Elastic Part
has realization: tensile test 46NTAJ
exists at: Temporal Region of Tensile Test 46NTAJ
characteristic of: Test piece 46NTAJ
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 212446.85529570933

Slope Of The Elastic Part wrt. 46NTAL
type: Slope Of The Elastic Part
has realization: tensile test 46NTAL
exists at: Temporal Region of Tensile Test 46NTAL
characteristic of: Test piece 46NTAL
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208851.54196352736

Slope Of The Elastic Part wrt. 46NTAN
type: Slope Of The Elastic Part
has realization: tensile test 46NTAN
exists at: Temporal Region of Tensile Test 46NTAN
characteristic of: Test piece 46NTAN
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207641.02076384716

Slope Of The Elastic Part wrt. 46NTAP
type: Slope Of The Elastic Part
has realization: tensile test 46NTAP
exists at: Temporal Region of Tensile Test 46NTAP
characteristic of: Test piece 46NTAP
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 201380.98502337834

Slope Of The Elastic Part wrt. 46NTAR
type: Slope Of The Elastic Part
has realization: tensile test 46NTAR
exists at: Temporal Region of Tensile Test 46NTAR
characteristic of: Test piece 46NTAR
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 215228.21414192926

Slope Of The Elastic Part wrt. 46NTAT
type: Slope Of The Elastic Part
has realization: tensile test 46NTAT
exists at: Temporal Region of Tensile Test 46NTAT
characteristic of: Test piece 46NTAT
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208147.8851700308

Slope Of The Elastic Part wrt. 46NTAV
type: Slope Of The Elastic Part
has realization: tensile test 46NTAV
exists at: Temporal Region of Tensile Test 46NTAV
characteristic of: Test piece 46NTAV
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 203052.3321876089

Slope Of The Elastic Part wrt. 46NTAX
type: Slope Of The Elastic Part
has realization: tensile test 46NTAX
exists at: Temporal Region of Tensile Test 46NTAX
characteristic of: Test piece 46NTAX
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207374.7444908629

Slope Of The Elastic Part wrt. 46NTAZ
type: Slope Of The Elastic Part
has realization: tensile test 46NTAZ
exists at: Temporal Region of Tensile Test 46NTAZ
characteristic of: Test piece 46NTAZ
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 211746.34888895313

Slope Of The Elastic Part wrt. 46NTB1
type: Slope Of The Elastic Part
has realization: tensile test 46NTB1
exists at: Temporal Region of Tensile Test 46NTB1
characteristic of: Test piece 46NTB1
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 218279.67662951836

Slope Of The Elastic Part wrt. 46NTB3
type: Slope Of The Elastic Part
has realization: tensile test 46NTB3
exists at: Temporal Region of Tensile Test 46NTB3
characteristic of: Test piece 46NTB3
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 210269.08347084664

Slope Of The Elastic Part wrt. 46NTB5
type: Slope Of The Elastic Part
has realization: tensile test 46NTB5
exists at: Temporal Region of Tensile Test 46NTB5
characteristic of: Test piece 46NTB5
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 209730.3983377688

Slope Of The Elastic Part wrt. 46NTB7
type: Slope Of The Elastic Part
has realization: tensile test 46NTB7
exists at: Temporal Region of Tensile Test 46NTB7
characteristic of: Test piece 46NTB7
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207647.63424605862

Slope Of The Elastic Part wrt. 46NTB9
type: Slope Of The Elastic Part
has realization: tensile test 46NTB9
exists at: Temporal Region of Tensile Test 46NTB9
characteristic of: Test piece 46NTB9
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 203501.1266710706

Slope Of The Elastic Part wrt. 46NTBB
type: Slope Of The Elastic Part
has realization: tensile test 46NTBB
exists at: Temporal Region of Tensile Test 46NTBB
characteristic of: Test piece 46NTBB
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 214578.75586566847

Slope Of The Elastic Part wrt. 46NTBD
type: Slope Of The Elastic Part
has realization: tensile test 46NTBD
exists at: Temporal Region of Tensile Test 46NTBD
characteristic of: Test piece 46NTBD
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 210994.73623262238

Slope Of The Elastic Part wrt. 46NTBF
type: Slope Of The Elastic Part
has realization: tensile test 46NTBF
exists at: Temporal Region of Tensile Test 46NTBF
characteristic of: Test piece 46NTBF
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 209603.2118626028

Slope Of The Elastic Part wrt. 46NTBH
type: Slope Of The Elastic Part
has realization: tensile test 46NTBH
exists at: Temporal Region of Tensile Test 46NTBH
characteristic of: Test piece 46NTBH
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208673.5486602951

Slope Of The Elastic Part wrt. 46NTBL
type: Slope Of The Elastic Part
has realization: tensile test 46NTBL
exists at: Temporal Region of Tensile Test 46NTBL
characteristic of: Test piece 46NTBL
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 206950.25115420832

Slope Of The Elastic Part wrt. 46NTBN
type: Slope Of The Elastic Part
has realization: tensile test 46NTBN
exists at: Temporal Region of Tensile Test 46NTBN
characteristic of: Test piece 46NTBN
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 209209.12767335543

Slope Of The Elastic Part wrt. 46NTBP
type: Slope Of The Elastic Part
has realization: tensile test 46NTBP
exists at: Temporal Region of Tensile Test 46NTBP
characteristic of: Test piece 46NTBP
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 211772.73954178757

Slope Of The Elastic Part wrt. 46NTBR
type: Slope Of The Elastic Part
has realization: tensile test 46NTBR
exists at: Temporal Region of Tensile Test 46NTBR
characteristic of: Test piece 46NTBR
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 214032.602123553

Slope Of The Elastic Part wrt. 46NTBT
type: Slope Of The Elastic Part
has realization: tensile test 46NTBT
exists at: Temporal Region of Tensile Test 46NTBT
characteristic of: Test piece 46NTBT
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207978.30582276118

Slope Of The Elastic Part wrt. 46NTBV
type: Slope Of The Elastic Part
has realization: tensile test 46NTBV
exists at: Temporal Region of Tensile Test 46NTBV
characteristic of: Test piece 46NTBV
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 209698.6337192934

Slope Of The Elastic Part wrt. 46NTBX
type: Slope Of The Elastic Part
has realization: tensile test 46NTBX
exists at: Temporal Region of Tensile Test 46NTBX
characteristic of: Test piece 46NTBX
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208198.53189511035

Slope Of The Elastic Part wrt. 46NTBZ
type: Slope Of The Elastic Part
has realization: tensile test 46NTBZ
exists at: Temporal Region of Tensile Test 46NTBZ
characteristic of: Test piece 46NTBZ
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208577.38390072534

Slope Of The Elastic Part wrt. 46NTC1
type: Slope Of The Elastic Part
has realization: tensile test 46NTC1
exists at: Temporal Region of Tensile Test 46NTC1
characteristic of: Test piece 46NTC1
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 207357.63726526697

Slope Of The Elastic Part wrt. 46NTC3
type: Slope Of The Elastic Part
has realization: tensile test 46NTC3
exists at: Temporal Region of Tensile Test 46NTC3
characteristic of: Test piece 46NTC3
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 211676.3546389107

Slope Of The Elastic Part wrt. 46NTC5
type: Slope Of The Elastic Part
has realization: tensile test 46NTC5
exists at: Temporal Region of Tensile Test 46NTC5
characteristic of: Test piece 46NTC5
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 206270.8046436583

Slope Of The Elastic Part wrt. 46NTC7
type: Slope Of The Elastic Part
has realization: tensile test 46NTC7
exists at: Temporal Region of Tensile Test 46NTC7
characteristic of: Test piece 46NTC7
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 213879.49569348013

Slope Of The Elastic Part wrt. 46NTC9
type: Slope Of The Elastic Part
has realization: tensile test 46NTC9
exists at: Temporal Region of Tensile Test 46NTC9
characteristic of: Test piece 46NTC9
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 208135.4818641353

Slope Of The Elastic Part wrt. 46NTCB
type: Slope Of The Elastic Part
has realization: tensile test 46NTCB
exists at: Temporal Region of Tensile Test 46NTCB
characteristic of: Test piece 46NTCB
concretizes: Value of Slope Of The Elastic Part

Value of Slope Of The Elastic Part
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 210553.00593940218

Tensile Strength wrt. 46NT71
type: Tensile Strength
has realization: tensile test 46NT71
exists at: Temporal Region of Tensile Test 46NT71
characteristic of: Test piece 46NT71
concretizes: Value of Tensile Strength

Tensile Strength
type: Class
subclass of: strength
definition: Stress corresponding to the maximum force.

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1198.7319638417841

Tensile Strength wrt. 46NT73
type: Tensile Strength
has realization: tensile test 46NT73
exists at: Temporal Region of Tensile Test 46NT73
characteristic of: Test piece 46NT73
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1198.9047670636442

Tensile Strength wrt. 46NT75
type: Tensile Strength
has realization: tensile test 46NT75
exists at: Temporal Region of Tensile Test 46NT75
characteristic of: Test piece 46NT75
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1199.3096132153364

Tensile Strength wrt. 46NT77
type: Tensile Strength
has realization: tensile test 46NT77
exists at: Temporal Region of Tensile Test 46NT77
characteristic of: Test piece 46NT77
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1203.064541998655

Tensile Strength wrt. 46NT79
type: Tensile Strength
has realization: tensile test 46NT79
exists at: Temporal Region of Tensile Test 46NT79
characteristic of: Test piece 46NT79
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1197.1837798645006

Tensile Strength wrt. 46NT81
type: Tensile Strength
has realization: tensile test 46NT81
exists at: Temporal Region of Tensile Test 46NT81
characteristic of: Test piece 46NT81
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1192.4148696414688

Tensile Strength wrt. 46NT83
type: Tensile Strength
has realization: tensile test 46NT83
exists at: Temporal Region of Tensile Test 46NT83
characteristic of: Test piece 46NT83
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1196.6527355141268

Tensile Strength wrt. 46NT85
type: Tensile Strength
has realization: tensile test 46NT85
exists at: Temporal Region of Tensile Test 46NT85
characteristic of: Test piece 46NT85
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1196.2548508489426

Tensile Strength wrt. 46NT87
type: Tensile Strength
has realization: tensile test 46NT87
exists at: Temporal Region of Tensile Test 46NT87
characteristic of: Test piece 46NT87
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1197.4755113668787

Tensile Strength wrt. 46NT89
type: Tensile Strength
has realization: tensile test 46NT89
exists at: Temporal Region of Tensile Test 46NT89
characteristic of: Test piece 46NT89
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1195.4290694670512

Tensile Strength wrt. 46NT91
type: Tensile Strength
has realization: tensile test 46NT91
exists at: Temporal Region of Tensile Test 46NT91
characteristic of: Test piece 46NT91
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1198.3596898349263

Tensile Strength wrt. 46NT93
type: Tensile Strength
has realization: tensile test 46NT93
exists at: Temporal Region of Tensile Test 46NT93
characteristic of: Test piece 46NT93
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1201.7738132392292

Tensile Strength wrt. 46NT95
type: Tensile Strength
has realization: tensile test 46NT95
exists at: Temporal Region of Tensile Test 46NT95
characteristic of: Test piece 46NT95
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1199.4379312878068

Tensile Strength wrt. 46NT97
type: Tensile Strength
has realization: tensile test 46NT97
exists at: Temporal Region of Tensile Test 46NT97
characteristic of: Test piece 46NT97
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1203.2297239179459

Tensile Strength wrt. 46NT99
type: Tensile Strength
has realization: tensile test 46NT99
exists at: Temporal Region of Tensile Test 46NT99
characteristic of: Test piece 46NT99
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1195.3647249029946

Tensile Strength wrt. 46NT9B
type: Tensile Strength
has realization: tensile test 46NT9B
exists at: Temporal Region of Tensile Test 46NT9B
characteristic of: Test piece 46NT9B
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1192.4211133202011

Tensile Strength wrt. 46NT9D
type: Tensile Strength
has realization: tensile test 46NT9D
exists at: Temporal Region of Tensile Test 46NT9D
characteristic of: Test piece 46NT9D
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1175.3665259378865

Tensile Strength wrt. 46NT9F
type: Tensile Strength
has realization: tensile test 46NT9F
exists at: Temporal Region of Tensile Test 46NT9F
characteristic of: Test piece 46NT9F
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1192.8007863437151

Tensile Strength wrt. 46NT9J
type: Tensile Strength
has realization: tensile test 46NT9J
exists at: Temporal Region of Tensile Test 46NT9J
characteristic of: Test piece 46NT9J
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1188.8340934773753

Tensile Strength wrt. 46NT9N
type: Tensile Strength
has realization: tensile test 46NT9N
exists at: Temporal Region of Tensile Test 46NT9N
characteristic of: Test piece 46NT9N
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1193.3551587206487

Tensile Strength wrt. 46NT9P
type: Tensile Strength
has realization: tensile test 46NT9P
exists at: Temporal Region of Tensile Test 46NT9P
characteristic of: Test piece 46NT9P
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1191.0673107408604

Tensile Strength wrt. 46NT9R
type: Tensile Strength
has realization: tensile test 46NT9R
exists at: Temporal Region of Tensile Test 46NT9R
characteristic of: Test piece 46NT9R
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1183.8968407925795

Tensile Strength wrt. 46NT9T
type: Tensile Strength
has realization: tensile test 46NT9T
exists at: Temporal Region of Tensile Test 46NT9T
characteristic of: Test piece 46NT9T
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1186.5503513405888

Tensile Strength wrt. 46NT9V
type: Tensile Strength
has realization: tensile test 46NT9V
exists at: Temporal Region of Tensile Test 46NT9V
characteristic of: Test piece 46NT9V
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1188.8792495504047

Tensile Strength wrt. 46NT9X
type: Tensile Strength
has realization: tensile test 46NT9X
exists at: Temporal Region of Tensile Test 46NT9X
characteristic of: Test piece 46NT9X
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1187.9135962164924

Tensile Strength wrt. 46NT9Z
type: Tensile Strength
has realization: tensile test 46NT9Z
exists at: Temporal Region of Tensile Test 46NT9Z
characteristic of: Test piece 46NT9Z
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1191.5417901976366

Tensile Strength wrt. 46NTA1
type: Tensile Strength
has realization: tensile test 46NTA1
exists at: Temporal Region of Tensile Test 46NTA1
characteristic of: Test piece 46NTA1
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1191.2930058039456

Tensile Strength wrt. 46NTA3
type: Tensile Strength
has realization: tensile test 46NTA3
exists at: Temporal Region of Tensile Test 46NTA3
characteristic of: Test piece 46NTA3
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1181.5808585574634

Tensile Strength wrt. 46NTA5
type: Tensile Strength
has realization: tensile test 46NTA5
exists at: Temporal Region of Tensile Test 46NTA5
characteristic of: Test piece 46NTA5
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1187.9389338589992

Tensile Strength wrt. 46NTA7
type: Tensile Strength
has realization: tensile test 46NTA7
exists at: Temporal Region of Tensile Test 46NTA7
characteristic of: Test piece 46NTA7
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1188.1989629604714

Tensile Strength wrt. 46NTA9
type: Tensile Strength
has realization: tensile test 46NTA9
exists at: Temporal Region of Tensile Test 46NTA9
characteristic of: Test piece 46NTA9
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1185.9098245852815

Tensile Strength wrt. 46NTAB
type: Tensile Strength
has realization: tensile test 46NTAB
exists at: Temporal Region of Tensile Test 46NTAB
characteristic of: Test piece 46NTAB
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1181.8200502679215

Tensile Strength wrt. 46NTAD
type: Tensile Strength
has realization: tensile test 46NTAD
exists at: Temporal Region of Tensile Test 46NTAD
characteristic of: Test piece 46NTAD
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1189.7507158870144

Tensile Strength wrt. 46NTAF
type: Tensile Strength
has realization: tensile test 46NTAF
exists at: Temporal Region of Tensile Test 46NTAF
characteristic of: Test piece 46NTAF
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1186.8516450825139

Tensile Strength wrt. 46NTAH
type: Tensile Strength
has realization: tensile test 46NTAH
exists at: Temporal Region of Tensile Test 46NTAH
characteristic of: Test piece 46NTAH
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1187.7459721421997

Tensile Strength wrt. 46NTAJ
type: Tensile Strength
has realization: tensile test 46NTAJ
exists at: Temporal Region of Tensile Test 46NTAJ
characteristic of: Test piece 46NTAJ
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1182.291956923045

Tensile Strength wrt. 46NTAL
type: Tensile Strength
has realization: tensile test 46NTAL
exists at: Temporal Region of Tensile Test 46NTAL
characteristic of: Test piece 46NTAL
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1181.5397043699204

Tensile Strength wrt. 46NTAN
type: Tensile Strength
has realization: tensile test 46NTAN
exists at: Temporal Region of Tensile Test 46NTAN
characteristic of: Test piece 46NTAN
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1179.9104022838374

Tensile Strength wrt. 46NTAP
type: Tensile Strength
has realization: tensile test 46NTAP
exists at: Temporal Region of Tensile Test 46NTAP
characteristic of: Test piece 46NTAP
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1182.4848119059836

Tensile Strength wrt. 46NTAR
type: Tensile Strength
has realization: tensile test 46NTAR
exists at: Temporal Region of Tensile Test 46NTAR
characteristic of: Test piece 46NTAR
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1187.7243651693223

Tensile Strength wrt. 46NTAT
type: Tensile Strength
has realization: tensile test 46NTAT
exists at: Temporal Region of Tensile Test 46NTAT
characteristic of: Test piece 46NTAT
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1195.1206535807264

Tensile Strength wrt. 46NTAV
type: Tensile Strength
has realization: tensile test 46NTAV
exists at: Temporal Region of Tensile Test 46NTAV
characteristic of: Test piece 46NTAV
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1203.7902703404502

Tensile Strength wrt. 46NTAX
type: Tensile Strength
has realization: tensile test 46NTAX
exists at: Temporal Region of Tensile Test 46NTAX
characteristic of: Test piece 46NTAX
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1201.1512491684286

Tensile Strength wrt. 46NTAZ
type: Tensile Strength
has realization: tensile test 46NTAZ
exists at: Temporal Region of Tensile Test 46NTAZ
characteristic of: Test piece 46NTAZ
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1201.0551313054405

Tensile Strength wrt. 46NTB1
type: Tensile Strength
has realization: tensile test 46NTB1
exists at: Temporal Region of Tensile Test 46NTB1
characteristic of: Test piece 46NTB1
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1193.6774009703333

Tensile Strength wrt. 46NTB3
type: Tensile Strength
has realization: tensile test 46NTB3
exists at: Temporal Region of Tensile Test 46NTB3
characteristic of: Test piece 46NTB3
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1195.2531108888

Tensile Strength wrt. 46NTB5
type: Tensile Strength
has realization: tensile test 46NTB5
exists at: Temporal Region of Tensile Test 46NTB5
characteristic of: Test piece 46NTB5
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1199.4630891894092

Tensile Strength wrt. 46NTB7
type: Tensile Strength
has realization: tensile test 46NTB7
exists at: Temporal Region of Tensile Test 46NTB7
characteristic of: Test piece 46NTB7
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1198.3596834199898

Tensile Strength wrt. 46NTB9
type: Tensile Strength
has realization: tensile test 46NTB9
exists at: Temporal Region of Tensile Test 46NTB9
characteristic of: Test piece 46NTB9
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1201.0756605480572

Tensile Strength wrt. 46NTBB
type: Tensile Strength
has realization: tensile test 46NTBB
exists at: Temporal Region of Tensile Test 46NTBB
characteristic of: Test piece 46NTBB
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1196.0613451353008

Tensile Strength wrt. 46NTBD
type: Tensile Strength
has realization: tensile test 46NTBD
exists at: Temporal Region of Tensile Test 46NTBD
characteristic of: Test piece 46NTBD
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1193.3527519742202

Tensile Strength wrt. 46NTBF
type: Tensile Strength
has realization: tensile test 46NTBF
exists at: Temporal Region of Tensile Test 46NTBF
characteristic of: Test piece 46NTBF
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1195.1566951638065

Tensile Strength wrt. 46NTBH
type: Tensile Strength
has realization: tensile test 46NTBH
exists at: Temporal Region of Tensile Test 46NTBH
characteristic of: Test piece 46NTBH
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1195.7765922165522

Tensile Strength wrt. 46NTBL
type: Tensile Strength
has realization: tensile test 46NTBL
exists at: Temporal Region of Tensile Test 46NTBL
characteristic of: Test piece 46NTBL
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1191.618193872518

Tensile Strength wrt. 46NTBN
type: Tensile Strength
has realization: tensile test 46NTBN
exists at: Temporal Region of Tensile Test 46NTBN
characteristic of: Test piece 46NTBN
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1188.5988679053062

Tensile Strength wrt. 46NTBP
type: Tensile Strength
has realization: tensile test 46NTBP
exists at: Temporal Region of Tensile Test 46NTBP
characteristic of: Test piece 46NTBP
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1190.3516503729036

Tensile Strength wrt. 46NTBR
type: Tensile Strength
has realization: tensile test 46NTBR
exists at: Temporal Region of Tensile Test 46NTBR
characteristic of: Test piece 46NTBR
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1187.9041488254163

Tensile Strength wrt. 46NTBT
type: Tensile Strength
has realization: tensile test 46NTBT
exists at: Temporal Region of Tensile Test 46NTBT
characteristic of: Test piece 46NTBT
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1182.1688767632513

Tensile Strength wrt. 46NTBV
type: Tensile Strength
has realization: tensile test 46NTBV
exists at: Temporal Region of Tensile Test 46NTBV
characteristic of: Test piece 46NTBV
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1187.7970241753537

Tensile Strength wrt. 46NTBX
type: Tensile Strength
has realization: tensile test 46NTBX
exists at: Temporal Region of Tensile Test 46NTBX
characteristic of: Test piece 46NTBX
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1185.5272976762212

Tensile Strength wrt. 46NTBZ
type: Tensile Strength
has realization: tensile test 46NTBZ
exists at: Temporal Region of Tensile Test 46NTBZ
characteristic of: Test piece 46NTBZ
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1184.331085475559

Tensile Strength wrt. 46NTC1
type: Tensile Strength
has realization: tensile test 46NTC1
exists at: Temporal Region of Tensile Test 46NTC1
characteristic of: Test piece 46NTC1
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1187.277615591902

Tensile Strength wrt. 46NTC3
type: Tensile Strength
has realization: tensile test 46NTC3
exists at: Temporal Region of Tensile Test 46NTC3
characteristic of: Test piece 46NTC3
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1183.9892061190249

Tensile Strength wrt. 46NTC5
type: Tensile Strength
has realization: tensile test 46NTC5
exists at: Temporal Region of Tensile Test 46NTC5
characteristic of: Test piece 46NTC5
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1185.053590377785

Tensile Strength wrt. 46NTC7
type: Tensile Strength
has realization: tensile test 46NTC7
exists at: Temporal Region of Tensile Test 46NTC7
characteristic of: Test piece 46NTC7
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1181.6977011287856

Tensile Strength wrt. 46NTC9
type: Tensile Strength
has realization: tensile test 46NTC9
exists at: Temporal Region of Tensile Test 46NTC9
characteristic of: Test piece 46NTC9
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1186.28237678793

Tensile Strength wrt. 46NTCB
type: Tensile Strength
has realization: tensile test 46NTCB
exists at: Temporal Region of Tensile Test 46NTCB
characteristic of: Test piece 46NTCB
concretizes: Value of Tensile Strength

Value of Tensile Strength
type: scalar value specification
has measurement unit label: MegaPA
has specified numeric value: 1185.7883598445728

Displacement Column
type: Column
datatype: double
name: Displacement

Engineering Strain Column
type: Column
datatype: double
name: Engineering Strain

Engineering Stress Column
type: Column
datatype: double
name: Engineering Stress

Force Column
type: Column
datatype: double
name: Force

Machine Displacement Column
type: Column
datatype: double
name: Machine Displacement

Time Column
type: Column
datatype: double
name: Time

True Strain Column
type: Column
datatype: double
name: True Strain

True Stress Column
type: Column
datatype: double
name: True Stress

Value of Batch of 46NT71
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT73
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT75
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT77
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT79
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT81
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT83
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT85
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT87
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT89
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT91
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT93
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT95
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT97
type: categorical value specification
OBI_0000999: Batch 1

Value of Batch of 46NT99
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9B
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9D
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9F
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9J
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9N
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9P
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9R
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9T
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9V
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9X
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NT9Z
type: categorical value specification
OBI_0000999: Batch 2

Value of Batch of 46NTA1
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTA3
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTA5
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTA7
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTA9
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAB
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAD
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAF
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAH
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAJ
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAL
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAN
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAP
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAR
type: categorical value specification
OBI_0000999: Batch 3

Value of Batch of 46NTAT
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTAV
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTAX
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTAZ
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTB1
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTB3
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTB5
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTB7
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTB9
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTBB
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTBD
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTBF
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTBH
type: categorical value specification
OBI_0000999: Batch 4

Value of Batch of 46NTBL
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTBN
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTBP
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTBR
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTBT
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTBV
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTBX
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTBZ
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTC1
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTC3
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTC5
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTC7
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTC9
type: categorical value specification
OBI_0000999: Batch 5

Value of Batch of 46NTCB
type: categorical value specification
OBI_0000999: Batch 5

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-18

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-08-23

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-06

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

Value of Date
type: categorical value specification
OBI_0000999: 2022-09-13

(Dummy) HV10_46NTG9.xlsx
type: time series

(Dummy) HV10_46NTGE.xlsx
type: time series

(Dummy) HV10_46NTGJ.xlsx
type: time series

(Dummy) HV10_46NTGN.xlsx
type: time series

(Dummy) HV10_46NTGS.xlsx
type: time series

(Dummy) HV10_46NTGX.xlsx
type: time series

(Dummy) HV10_46NTH1.xlsx
type: time series

(Dummy) HV10_46NTH6.xlsx
type: time series

(Dummy) HV10_46NTHB.xlsx
type: time series

(Dummy) HV10_46NTHF.xlsx
type: time series

(Dummy) HV10_46NTHK.xlsx
type: time series

(Dummy) HV10_46NTHP.xlsx
type: time series

(Dummy) HV10_46NTHT.xlsx
type: time series

(Dummy) HV10_46NTHY.xlsx
type: time series

(Dummy) HV10_46NTI3.xlsx
type: time series

HV1_46NTG9.xlsx
type: time series

HV1_46NTGE.xlsx
type: time series

HV1_46NTGJ.xlsx
type: time series

HV1_46NTGN.xlsx
type: time series

HV1_46NTGS.xlsx
type: time series

HV1_46NTGX.xlsx
type: time series

HV1_46NTH1.xlsx
type: time series

HV1_46NTH6.xlsx
type: time series

HV1_46NTHB.xlsx
type: time series

HV1_46NTHF.xlsx
type: time series

HV1_46NTHK.xlsx
type: time series

HV1_46NTHP.xlsx
type: time series

HV1_46NTHT.xlsx
type: time series

HV1_46NTHY.xlsx
type: time series

HV1_46NTI3.xlsx
type: time series

Metallographic image of 46NTG9
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTG9
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/7b55a942-a53c-4364-b024-9f0a7820cc7f

Metallographic image of 46NTGE
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTGE
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/c576eff3-b02d-4322-aaa7-9991f3d90f19

Metallographic image of 46NTGJ
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTGJ
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/0110aa15-210c-4c22-a449-d38bc5a7ba23

Metallographic image of 46NTGN
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTGN
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/454534b9-e0ca-4704-ba23-a8aaf9a4a4ff

Metallographic image of 46NTGS
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTGS
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/b1221ef8-2cc3-44a3-91e2-79741f08be95

Metallographic image of 46NTGX
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTGX
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/35fab221-2b99-49b2-ae9e-7ac761329a85

Metallographic image of 46NTH1
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTH1
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/ae165abb-fc0b-485f-ba44-0893cbf2c63e

Metallographic image of 46NTH6
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTH6
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/20515fe6-c37e-428e-938b-5e690bb6d10d

Metallographic image of 46NTHB
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTHB
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/542c29b3-814c-453e-b6cd-e4586540ff07

Metallographic image of 46NTHF
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTHF
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/6adb492b-86aa-4785-b371-1080a9c3411a

Metallographic image of 46NTHK
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTHK
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/ec2e65ab-87b7-45c7-ba1f-307521bb599e

Metallographic image of 46NTHP
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTHP
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/c9bee49c-e8e5-4aeb-8354-459efa1084fb

Metallographic image of 46NTHT
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTHT
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/fcd02a86-89a5-4dc4-950b-cd159c7e618c

Metallographic image of 46NTHY
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTHY
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/24de406c-f59a-439a-89c2-802a7a966302

Metallographic image of 46NTI3
type: information content entity
type: Image
label: jpeg image of metallography disc 46NTI3
format: image/jpeg
source: https://dataportal.material-digital.de/dataset/42crmos4-metallografiebilder-iwm/resource/6aa24519-d721-48e7-9c83-df57c86c4ece

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT71

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT73

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT75

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT77

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT79

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT81

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT83

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT85

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT87

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT89

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT91

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT93

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT95

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT97

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT99

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9B

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9D

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9F

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9J

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9N

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9P

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9R

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9T

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9V

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9X

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NT9Z

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTA1

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTA3

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTA5

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTA7

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTA9

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAB

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAD

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAF

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAH

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAJ

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAL

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAN

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAP

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAR

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAT

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAV

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAX

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTAZ

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTB1

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTB3

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTB5

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTB7

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTB9

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBB

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBD

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBF

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBH

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBL

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBN

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBP

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBR

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBT

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBV

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBX

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTBZ

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTC1

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTC3

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTC5

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTC7

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTC9

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: svs crosshead separation rate 46NTCB

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Date
type: process attribute
PMD refers to: Date

Date
type: quality
concretizes: Value of Date

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT71

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT73

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT75

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT77

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT79

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT81

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT83

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT85

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT87

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT89

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT91

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT93

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT95

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT97

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT99

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9B

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9D

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9F

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9J

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9N

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9P

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9R

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9T

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9V

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9X

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NT9Z

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTA1

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTA3

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTA5

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTA7

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTA9

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAB

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAD

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAF

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAH

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAJ

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAL

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAN

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAP

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAR

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAT

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAV

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAX

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTAZ

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTB1

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTB3

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTB5

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTB7

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTB9

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBB

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBD

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBF

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBH

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBL

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBN

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBP

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBR

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBT

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBV

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBX

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTBZ

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTC1

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTC3

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTC5

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTC7

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTC9

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: svs environmental temperature 46NTCB

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT71

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT73

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT75

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT77

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT79

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT81

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT83

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT85

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT87

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT89

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT91

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT93

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT95

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT97

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT99

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9B

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9D

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9F

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9J

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9N

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9P

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9R

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9T

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9V

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9X

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NT9Z

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTA1

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTA3

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTA5

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTA7

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTA9

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAB

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAD

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAF

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAH

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAJ

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAL

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAN

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAP

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAR

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAT

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAV

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAX

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTAZ

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTB1

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTB3

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTB5

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTB7

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTB9

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBB

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBD

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBF

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBH

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBL

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBN

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBP

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBR

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBT

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBV

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBX

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTBZ

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTC1

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTC3

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTC5

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTC7

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTC9

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: svs strain rate 46NTCB

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 02

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 03

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 04

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 05

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 06

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 07

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 08

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 09

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 10

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 11

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 12

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 13

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 14

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 15

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 17

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 18

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 19

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 20

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 22

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 24

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 25

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 26

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 27

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 28

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 29

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 30

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 32

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 33

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 34

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 35

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 36

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 37

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 38

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 39

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 40

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 41

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 42

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 43

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 44

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 45

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 62

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 63

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 64

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 65

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 66

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 67

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 68

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 69

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 70

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 71

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 72

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 73

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 74

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 77

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 78

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 79

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 80

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 81

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 82

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 83

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 84

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 85

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 86

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 87

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 88

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 89

Heat Treatment Recipe
type: recipe
has part: vspec ht temp 90

Metallography of 46NTG9
type: light microscopy
exists at: Temporal Region of Metallography of 46NTG9
has input: Metallography Disc 46NTG9
has output: Metallography Disc 46NTG9
has output: Metallographic image of 46NTG9

Temporal Region of Metallography of 46NTG9
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT01
precedes: temp reg iwm hv1 measurement 46NTG9

Metallography of 46NTGE
type: light microscopy
exists at: Temporal Region of Metallography of 46NTGE
has input: Metallography Disc 46NTGE
has output: Metallography Disc 46NTGE
has output: Metallographic image of 46NTGE

Temporal Region of Metallography of 46NTGE
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT06
precedes: temp reg iwm hv1 measurement 46NTGE

Metallography of 46NTGJ
type: light microscopy
exists at: Temporal Region of Metallography of 46NTGJ
has input: Metallography Disc 46NTGJ
has output: Metallography Disc 46NTGJ
has output: Metallographic image of 46NTGJ

Temporal Region of Metallography of 46NTGJ
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT11
precedes: temp reg iwm hv1 measurement 46NTGJ

Metallography of 46NTGN
type: light microscopy
exists at: Temporal Region of Metallography of 46NTGN
has input: Metallography Disc 46NTGN
has output: Metallography Disc 46NTGN
has output: Metallographic image of 46NTGN

Temporal Region of Metallography of 46NTGN
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT15
precedes: temp reg iwm hv1 measurement 46NTGN

Metallography of 46NTGS
type: light microscopy
exists at: Temporal Region of Metallography of 46NTGS
has input: Metallography Disc 46NTGS
has output: Metallography Disc 46NTGS
has output: Metallographic image of 46NTGS

Temporal Region of Metallography of 46NTGS
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT20
precedes: temp reg iwm hv1 measurement 46NTGS

Metallography of 46NTGX
type: light microscopy
exists at: Temporal Region of Metallography of 46NTGX
has input: Metallography Disc 46NTGX
has output: Metallography Disc 46NTGX
has output: Metallographic image of 46NTGX

Temporal Region of Metallography of 46NTGX
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT25
precedes: temp reg iwm hv1 measurement 46NTGX

Metallography of 46NTH1
type: light microscopy
exists at: Temporal Region of Metallography of 46NTH1
has input: Metallography Disc 46NTH1
has output: Metallography Disc 46NTH1
has output: Metallographic image of 46NTH1

Temporal Region of Metallography of 46NTH1
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT29
precedes: temp reg iwm hv1 measurement 46NTH1

Metallography of 46NTH6
type: light microscopy
exists at: Temporal Region of Metallography of 46NTH6
has input: Metallography Disc 46NTH6
has output: Metallography Disc 46NTH6
has output: Metallographic image of 46NTH6

Temporal Region of Metallography of 46NTH6
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT34
precedes: temp reg iwm hv1 measurement 46NTH6

Metallography of 46NTHB
type: light microscopy
exists at: Temporal Region of Metallography of 46NTHB
has input: Metallography Disc 46NTHB
has output: Metallography Disc 46NTHB
has output: Metallographic image of 46NTHB

Temporal Region of Metallography of 46NTHB
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT39
precedes: temp reg iwm hv1 measurement 46NTHB

Metallography of 46NTHF
type: light microscopy
exists at: Temporal Region of Metallography of 46NTHF
has input: Metallography Disc 46NTHF
has output: Metallography Disc 46NTHF
has output: Metallographic image of 46NTHF

Temporal Region of Metallography of 46NTHF
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT43
precedes: temp reg iwm hv1 measurement 46NTHF

Metallography of 46NTHK
type: light microscopy
exists at: Temporal Region of Metallography of 46NTHK
has input: Metallography Disc 46NTHK
has output: Metallography Disc 46NTHK
has output: Metallographic image of 46NTHK

Temporal Region of Metallography of 46NTHK
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT48
precedes: temp reg iwm hv1 measurement 46NTHK

Metallography of 46NTHP
type: light microscopy
exists at: Temporal Region of Metallography of 46NTHP
has input: Metallography Disc 46NTHP
has output: Metallography Disc 46NTHP
has output: Metallographic image of 46NTHP

Temporal Region of Metallography of 46NTHP
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT53
precedes: temp reg iwm hv1 measurement 46NTHP

Metallography of 46NTHT
type: light microscopy
exists at: Temporal Region of Metallography of 46NTHT
has input: Metallography Disc 46NTHT
has output: Metallography Disc 46NTHT
has output: Metallographic image of 46NTHT

Temporal Region of Metallography of 46NTHT
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT57
precedes: temp reg iwm hv1 measurement 46NTHT

Metallography of 46NTHY
type: light microscopy
exists at: Temporal Region of Metallography of 46NTHY
has input: Metallography Disc 46NTHY
has output: Metallography Disc 46NTHY
has output: Metallographic image of 46NTHY

Temporal Region of Metallography of 46NTHY
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT62
precedes: temp reg iwm hv1 measurement 46NTHY

Metallography of 46NTI3
type: light microscopy
exists at: Temporal Region of Metallography of 46NTI3
has input: Metallography Disc 46NTI3
has output: Metallography Disc 46NTI3
has output: Metallographic image of 46NTI3

Temporal Region of Metallography of 46NTI3
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT67
precedes: temp reg iwm hv1 measurement 46NTI3

Ra Roughness of 46NT71
type: Ra Roughness Value
characteristic of: Test piece 46NT71
concretizes: Value of Ra Roughness of 46NT71

Ra Roughness Value
type: Class
subclass of: intensive quality

Value of Ra Roughness of 46NT71
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.11

Ra Roughness of 46NT73
type: Ra Roughness Value
characteristic of: Test piece 46NT73
concretizes: Value of Ra Roughness of 46NT73

Value of Ra Roughness of 46NT73
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.86

Ra Roughness of 46NT75
type: Ra Roughness Value
characteristic of: Test piece 46NT75
concretizes: Value of Ra Roughness of 46NT75

Value of Ra Roughness of 46NT75
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.55