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

label
type: AnnotationProperty

exists at
type: ObjectProperty
domain: BFO_0000001
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

Temporal Region after IWM cutting to Metallography Disc 46NTG9
type: temporal region
preceded by: temp regcutting 46NT01

concretizes
type: ObjectProperty
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
domain: Class
  union of: BFO_0000015
  union of: BFO_0000020
range: BFO_0000031
IAO_0000112: 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).
IAO_0000112: 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).
IAO_0000115: 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.

Value of Mean Planar Grain Diameter wrt. 46NTG9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.34

quality of
type: ObjectProperty
sub property of: characteristic of
IAO_0000112: this red color is a quality of this apple
IAO_0000115: a relation between a quality and an independent continuant (the bearer), in which the quality specifically depends on the bearer for its existence
IAO_0000116: A quality inheres in its bearer at all times for which the quality exists.
inverse of: has quality

Metallography Disc 46NTG9
type: 42CrMoS4 Steel 02 after Heat Treatment
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTG9
has quality: ASTM Grain Size 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: iwt blank 46NT01 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTGE
type: temporal region
preceded by: temp regcutting 46NT06

Value of Mean Planar Grain Diameter wrt. 46NTGE
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.49

Metallography Disc 46NTGE
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTGE
has quality: ASTM Grain Size 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: iwt blank 46NT06 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTGJ
type: temporal region
preceded by: temp regcutting 46NT11

Value of Mean Planar Grain Diameter wrt. 46NTGJ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.81

Metallography Disc 46NTGJ
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTGJ
has quality: ASTM Grain Size 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: iwt blank 46NT11 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTGN
type: temporal region
preceded by: temp regcutting 46NT15

Value of Mean Planar Grain Diameter wrt. 46NTGN
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.71

Metallography Disc 46NTGN
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTGN
has quality: ASTM Grain Size 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: iwt blank 46NT15 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTGS
type: temporal region
preceded by: temp regcutting 46NT20

Value of Mean Planar Grain Diameter wrt. 46NTGS
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 9.44

Metallography Disc 46NTGS
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTGS
has quality: ASTM Grain Size 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: iwt blank 46NT20 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTGX
type: temporal region
preceded by: temp regcutting 46NT25

Value of Mean Planar Grain Diameter wrt. 46NTGX
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 7.67

Metallography Disc 46NTGX
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTGX
has quality: ASTM Grain Size 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: iwt blank 46NT25 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTH1
type: temporal region
preceded by: temp regcutting 46NT29

Value of Mean Planar Grain Diameter wrt. 46NTH1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 13.21

Metallography Disc 46NTH1
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTH1
has quality: ASTM Grain Size 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: iwt blank 46NT29 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTH6
type: temporal region
preceded by: temp regcutting 46NT34

Value of Mean Planar Grain Diameter wrt. 46NTH6
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 16.61

Metallography Disc 46NTH6
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTH6
has quality: ASTM Grain Size 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: iwt blank 46NT34 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTHB
type: temporal region
preceded by: temp regcutting 46NT39

Value of Mean Planar Grain Diameter wrt. 46NTHB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 15.82

Metallography Disc 46NTHB
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTHB
has quality: ASTM Grain Size 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: iwt blank 46NT39 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTHF
type: temporal region
preceded by: temp regcutting 46NT43

Value of Mean Planar Grain Diameter wrt. 46NTHF
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 47.79

Metallography Disc 46NTHF
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTHF
has quality: ASTM Grain Size 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: iwt blank 46NT43 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTHK
type: temporal region
preceded by: temp regcutting 46NT48

Value of Mean Planar Grain Diameter wrt. 46NTHK
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 63.72

Metallography Disc 46NTHK
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTHK
has quality: ASTM Grain Size 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: iwt blank 46NT48 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTHP
type: temporal region
preceded by: temp regcutting 46NT53

Value of Mean Planar Grain Diameter wrt. 46NTHP
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 49.82

Metallography Disc 46NTHP
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTHP
has quality: ASTM Grain Size 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: iwt blank 46NT53 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTHT
type: temporal region
preceded by: temp regcutting 46NT57

Value of Mean Planar Grain Diameter wrt. 46NTHT
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 28.32

Metallography Disc 46NTHT
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTHT
has quality: ASTM Grain Size 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: iwt blank 46NT57 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTHY
type: temporal region
preceded by: temp regcutting 46NT62

Value of Mean Planar Grain Diameter wrt. 46NTHY
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 23.0

Metallography Disc 46NTHY
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTHY
has quality: ASTM Grain Size 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: iwt blank 46NT62 part 1

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

Temporal Region after IWM cutting to Metallography Disc 46NTI3
type: temporal region
preceded by: temp regcutting 46NT67

Value of Mean Planar Grain Diameter wrt. 46NTI3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 21.61

Metallography Disc 46NTI3
type: object
type: temporally qualified continuant
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: Mean Planar Grain Diameter wrt. 46NTI3
has quality: ASTM Grain Size 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: iwt blank 46NT67 part 1

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.

mechanical property
type: Class
subclass of: PMD_0000005
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
subclass of: Restriction
  on property: PMD_0001030
  some values from: PMD_0000522
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 !!!
PMD_0000060: true

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.

quality
type: Class
subclass of: BFO_0000020
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
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
subclass of: Restriction
  all values from: quality
  on property: part of
subclass of: Restriction
  all values from: quality
  on property: part of
IAO_0000112: the ambient temperature of this portion of air
IAO_0000112: the color of a tomato
IAO_0000112: the length of the circumference of your waist
IAO_0000112: the mass of this piece of gold.
IAO_0000112: the shape of your nose
IAO_0000112: 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

Cutting Process for Blank 46NT01
type: separating
exists at: Temporal Region of IWM Cutting 46NT01
has specified output: Metallography Disc 46NTG9
has input: iwt blank 46NT01 part 1 tqc
has output: Metallography Disc 46NTG9
has output: Test piece 46NT71

separating
type: Class
label: Trennen @de
subclass of: PMD_0000833
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
subclass of: Restriction
  on property: realizes
  some values from: PMD_0000592
IAO_0000119: Official definition can be found in: DIN 8580:2003-9 Fertigungsverfahren, Page 4, 3.1.3 Trennen - Definition
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
equivalent class: Class
  intersection of: PMD_0000833
  intersection of: Restriction
    on property: realizes
    some values from: PMD_0000592
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
PMD_0050117: Cutting

Temporal Region of IWM Cutting 46NT01
type: temporal region
preceded by: Temporal Region after second IWT cutting and before IWT cutting 46NT01
precedes: Temporal Region of Tensile Test 46NT71

has specified output
type: ObjectProperty
domain: OBI_0000011
label: has_specified_output
sub property of: has participant
IAO_0000115: The inverse property of is specified output of
IAO_0000115: The inverse property of is_specified_output_of
equivalent property:
  inverse of: OBI_0000312
equivalent property:
  inverse of: OBI_0000312
equivalent property:
  inverse of: OBI_0000312
equivalent property:
  inverse of: OBI_0000312
equivalent property:
  inverse of: OBI_0000312
equivalent property:
  inverse of: OBI_0000312
equivalent property:
  inverse of: OBI_0000312
equivalent property:
  inverse of: OBI_0000312
inverse of: OBI_0000312

has input
type: ObjectProperty
domain: BFO_0000015
sub property of: has participant
IAO_0000115: 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: RO_0002224

iwt blank 46NT01 part 1 tqc
type: 42CrMoS4 Steel 02 after Heat Treatment
type: object
type: temporally qualified continuant
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT01
derives into: Metallography Disc 46NTG9
derives into: Test piece 46NT71
is state of: iwt blank 46NT01 part 1

has output
type: ObjectProperty
sub property of: has participant
IAO_0000115: 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: RO_0002230

Test piece 46NT71
type: 42CrMoS4 Steel 02 after Heat Treatment
type: object
type: temporally qualified continuant
exists at: Temporal Region of Test Piece tqc 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: Rz Roughness of 46NT71
has quality: Batch of 46NT71
has quality: Cross Section Area of 46NT71
has quality: Original Diameter of 46NT71
has quality: Original Gauge Length of 46NT71
has quality: Parallel Length of 46NT71
derives from: iwt blank 46NT01 part 1 tqc
input of: Tensile Test of 46NT71
is state of: iwt blank 46NT01 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT02
precedes: Temporal Region of Tensile Test 46NT73

iwt blank 46NT02 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 03 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT02
derives into: Test piece 46NT73
is state of: iwt blank 46NT02 part 1

Test piece 46NT73
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 03 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Rz Roughness of 46NT73
has quality: Batch of 46NT73
has quality: Cross Section Area of 46NT73
has quality: Original Diameter of 46NT73
has quality: Original Gauge Length of 46NT73
has quality: Parallel Length of 46NT73
derives from: iwt blank 46NT02 part 1 tqc
input of: Tensile Test of 46NT73
is state of: iwt blank 46NT02 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT03
precedes: Temporal Region of Tensile Test 46NT75

iwt blank 46NT03 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 04 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT03
derives into: Test piece 46NT75
is state of: iwt blank 46NT03 part 1

Test piece 46NT75
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 04 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Rz Roughness of 46NT75
has quality: Batch of 46NT75
has quality: Cross Section Area of 46NT75
has quality: Original Diameter of 46NT75
has quality: Original Gauge Length of 46NT75
has quality: Parallel Length of 46NT75
derives from: iwt blank 46NT03 part 1 tqc
input of: Tensile Test of 46NT75
is state of: iwt blank 46NT03 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT04
precedes: Temporal Region of Tensile Test 46NT77

iwt blank 46NT04 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 05 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT04
derives into: Test piece 46NT77
is state of: iwt blank 46NT04 part 1

Test piece 46NT77
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 05 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT77
has quality: Rz Roughness of 46NT77
has quality: Batch of 46NT77
has quality: Cross Section Area of 46NT77
has quality: Original Diameter of 46NT77
has quality: Original Gauge Length of 46NT77
has quality: Parallel Length of 46NT77
derives from: iwt blank 46NT04 part 1 tqc
input of: Tensile Test of 46NT77
is state of: iwt blank 46NT04 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT05
precedes: Temporal Region of Tensile Test 46NT79

iwt blank 46NT05 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 06 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT05
derives into: Test piece 46NT79
is state of: iwt blank 46NT05 part 1

Test piece 46NT79
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 06 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT79
has quality: Rz Roughness of 46NT79
has quality: Batch of 46NT79
has quality: Cross Section Area of 46NT79
has quality: Original Diameter of 46NT79
has quality: Original Gauge Length of 46NT79
has quality: Parallel Length of 46NT79
derives from: iwt blank 46NT05 part 1 tqc
input of: Tensile Test of 46NT79
is state of: iwt blank 46NT05 part 1

Cutting Process for Blank 46NT06
type: separating
exists at: Temporal Region of IWM Cutting 46NT06
has specified output: Metallography Disc 46NTGE
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: Temporal Region after second IWT cutting and before IWT cutting 46NT06
precedes: Temporal Region of Tensile Test 46NT81

iwt blank 46NT06 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 07 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT06
derives into: Metallography Disc 46NTGE
derives into: Test piece 46NT81
is state of: iwt blank 46NT06 part 1

Test piece 46NT81
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 07 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT81
has quality: Rz Roughness of 46NT81
has quality: Batch of 46NT81
has quality: Cross Section Area of 46NT81
has quality: Original Diameter of 46NT81
has quality: Original Gauge Length of 46NT81
has quality: Parallel Length of 46NT81
derives from: iwt blank 46NT06 part 1 tqc
input of: Tensile Test of 46NT81
is state of: iwt blank 46NT06 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT07
precedes: Temporal Region of Tensile Test 46NT83

iwt blank 46NT07 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 08 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT07
derives into: Test piece 46NT83
is state of: iwt blank 46NT07 part 1

Test piece 46NT83
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 08 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT83
has quality: Rz Roughness of 46NT83
has quality: Batch of 46NT83
has quality: Cross Section Area of 46NT83
has quality: Original Diameter of 46NT83
has quality: Original Gauge Length of 46NT83
has quality: Parallel Length of 46NT83
derives from: iwt blank 46NT07 part 1 tqc
input of: Tensile Test of 46NT83
is state of: iwt blank 46NT07 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT08
precedes: Temporal Region of Tensile Test 46NT85

iwt blank 46NT08 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 09 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT08
derives into: Test piece 46NT85
is state of: iwt blank 46NT08 part 1

Test piece 46NT85
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 09 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT85
has quality: Rz Roughness of 46NT85
has quality: Batch of 46NT85
has quality: Cross Section Area of 46NT85
has quality: Original Diameter of 46NT85
has quality: Original Gauge Length of 46NT85
has quality: Parallel Length of 46NT85
derives from: iwt blank 46NT08 part 1 tqc
input of: Tensile Test of 46NT85
is state of: iwt blank 46NT08 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT09
precedes: Temporal Region of Tensile Test 46NT87

iwt blank 46NT09 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 10 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT09
derives into: Test piece 46NT87
is state of: iwt blank 46NT09 part 1

Test piece 46NT87
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 10 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT87
has quality: Rz Roughness of 46NT87
has quality: Batch of 46NT87
has quality: Cross Section Area of 46NT87
has quality: Original Diameter of 46NT87
has quality: Original Gauge Length of 46NT87
has quality: Parallel Length of 46NT87
derives from: iwt blank 46NT09 part 1 tqc
input of: Tensile Test of 46NT87
is state of: iwt blank 46NT09 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT10
precedes: Temporal Region of Tensile Test 46NT89

iwt blank 46NT10 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 11 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT10
derives into: Test piece 46NT89
is state of: iwt blank 46NT10 part 1

Test piece 46NT89
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 11 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT89
has quality: Rz Roughness of 46NT89
has quality: Batch of 46NT89
has quality: Cross Section Area of 46NT89
has quality: Original Diameter of 46NT89
has quality: Original Gauge Length of 46NT89
has quality: Parallel Length of 46NT89
derives from: iwt blank 46NT10 part 1 tqc
input of: Tensile Test of 46NT89
is state of: iwt blank 46NT10 part 1

Cutting Process for Blank 46NT11
type: separating
exists at: Temporal Region of IWM Cutting 46NT11
has specified output: Metallography Disc 46NTGJ
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: Temporal Region after second IWT cutting and before IWT cutting 46NT11
precedes: Temporal Region of Tensile Test 46NT91

iwt blank 46NT11 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 12 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT11
derives into: Metallography Disc 46NTGJ
derives into: Test piece 46NT91
is state of: iwt blank 46NT11 part 1

Test piece 46NT91
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 12 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT91
has quality: Rz Roughness of 46NT91
has quality: Batch of 46NT91
has quality: Cross Section Area of 46NT91
has quality: Original Diameter of 46NT91
has quality: Original Gauge Length of 46NT91
has quality: Parallel Length of 46NT91
derives from: iwt blank 46NT11 part 1 tqc
input of: Tensile Test of 46NT91
is state of: iwt blank 46NT11 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT12
precedes: Temporal Region of Tensile Test 46NT93

iwt blank 46NT12 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 13 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT12
derives into: Test piece 46NT93
is state of: iwt blank 46NT12 part 1

Test piece 46NT93
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 13 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT93
has quality: Rz Roughness of 46NT93
has quality: Batch of 46NT93
has quality: Cross Section Area of 46NT93
has quality: Original Diameter of 46NT93
has quality: Original Gauge Length of 46NT93
has quality: Parallel Length of 46NT93
derives from: iwt blank 46NT12 part 1 tqc
input of: Tensile Test of 46NT93
is state of: iwt blank 46NT12 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT13
precedes: Temporal Region of Tensile Test 46NT95

iwt blank 46NT13 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 14 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT13
derives into: Test piece 46NT95
is state of: iwt blank 46NT13 part 1

Test piece 46NT95
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 14 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT95
has quality: Rz Roughness of 46NT95
has quality: Batch of 46NT95
has quality: Cross Section Area of 46NT95
has quality: Original Diameter of 46NT95
has quality: Original Gauge Length of 46NT95
has quality: Parallel Length of 46NT95
derives from: iwt blank 46NT13 part 1 tqc
input of: Tensile Test of 46NT95
is state of: iwt blank 46NT13 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT14
precedes: Temporal Region of Tensile Test 46NT97

iwt blank 46NT14 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 15 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT14
derives into: Test piece 46NT97
is state of: iwt blank 46NT14 part 1

Test piece 46NT97
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 15 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT97
has quality: Rz Roughness of 46NT97
has quality: Batch of 46NT97
has quality: Cross Section Area of 46NT97
has quality: Original Diameter of 46NT97
has quality: Original Gauge Length of 46NT97
has quality: Parallel Length of 46NT97
derives from: iwt blank 46NT14 part 1 tqc
input of: Tensile Test of 46NT97
is state of: iwt blank 46NT14 part 1

Cutting Process for Blank 46NT15
type: separating
exists at: Temporal Region of IWM Cutting 46NT15
has specified output: Metallography Disc 46NTGN
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: Temporal Region after second IWT cutting and before IWT cutting 46NT15
precedes: Temporal Region of Tensile Test 46NT99

iwt blank 46NT15 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 17 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT15
derives into: Metallography Disc 46NTGN
derives into: Test piece 46NT99
is state of: iwt blank 46NT15 part 1

Test piece 46NT99
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 17 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT99
has quality: Rz Roughness of 46NT99
has quality: Batch of 46NT99
has quality: Cross Section Area of 46NT99
has quality: Original Diameter of 46NT99
has quality: Original Gauge Length of 46NT99
has quality: Parallel Length of 46NT99
derives from: iwt blank 46NT15 part 1 tqc
input of: Tensile Test of 46NT99
is state of: iwt blank 46NT15 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT16
precedes: Temporal Region of Tensile Test 46NT9B

iwt blank 46NT16 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 18 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT16
derives into: Test piece 46NT9B
is state of: iwt blank 46NT16 part 1

Test piece 46NT9B
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 18 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9B
has quality: Rz Roughness of 46NT9B
has quality: Batch of 46NT9B
has quality: Cross Section Area of 46NT9B
has quality: Original Diameter of 46NT9B
has quality: Original Gauge Length of 46NT9B
has quality: Parallel Length of 46NT9B
derives from: iwt blank 46NT16 part 1 tqc
input of: Tensile Test of 46NT9B
is state of: iwt blank 46NT16 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT17
precedes: Temporal Region of Tensile Test 46NT9D

iwt blank 46NT17 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 19 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT17
derives into: Test piece 46NT9D
is state of: iwt blank 46NT17 part 1

Test piece 46NT9D
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 19 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9D
has quality: Rz Roughness of 46NT9D
has quality: Batch of 46NT9D
has quality: Cross Section Area of 46NT9D
has quality: Original Diameter of 46NT9D
has quality: Original Gauge Length of 46NT9D
has quality: Parallel Length of 46NT9D
derives from: iwt blank 46NT17 part 1 tqc
input of: Tensile Test of 46NT9D
is state of: iwt blank 46NT17 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT18
precedes: Temporal Region of Tensile Test 46NT9F

iwt blank 46NT18 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 20 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT18
derives into: Test piece 46NT9F
is state of: iwt blank 46NT18 part 1

Test piece 46NT9F
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 20 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9F
has quality: Rz Roughness of 46NT9F
has quality: Batch of 46NT9F
has quality: Cross Section Area of 46NT9F
has quality: Original Diameter of 46NT9F
has quality: Original Gauge Length of 46NT9F
has quality: Parallel Length of 46NT9F
derives from: iwt blank 46NT18 part 1 tqc
input of: Tensile Test of 46NT9F
is state of: iwt blank 46NT18 part 1

Cutting Process for Blank 46NT20
type: separating
exists at: Temporal Region of IWM Cutting 46NT20
has specified output: Metallography Disc 46NTGS
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: Temporal Region after second IWT cutting and before IWT cutting 46NT20
precedes: Temporal Region of Tensile Test 46NT9J

iwt blank 46NT20 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 22 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT20
derives into: Metallography Disc 46NTGS
derives into: Test piece 46NT9J
is state of: iwt blank 46NT20 part 1

Test piece 46NT9J
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 22 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9J
has quality: Rz Roughness of 46NT9J
has quality: Batch of 46NT9J
has quality: Cross Section Area of 46NT9J
has quality: Original Diameter of 46NT9J
has quality: Original Gauge Length of 46NT9J
has quality: Parallel Length of 46NT9J
derives from: iwt blank 46NT20 part 1 tqc
input of: Tensile Test of 46NT9J
is state of: iwt blank 46NT20 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT22
precedes: Temporal Region of Tensile Test 46NT9N

iwt blank 46NT22 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 24 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT22
derives into: Test piece 46NT9N
is state of: iwt blank 46NT22 part 1

Test piece 46NT9N
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 24 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9N
has quality: Rz Roughness of 46NT9N
has quality: Batch of 46NT9N
has quality: Cross Section Area of 46NT9N
has quality: Original Diameter of 46NT9N
has quality: Original Gauge Length of 46NT9N
has quality: Parallel Length of 46NT9N
derives from: iwt blank 46NT22 part 1 tqc
input of: Tensile Test of 46NT9N
is state of: iwt blank 46NT22 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT23
precedes: Temporal Region of Tensile Test 46NT9P

iwt blank 46NT23 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 25 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT23
derives into: Test piece 46NT9P
is state of: iwt blank 46NT23 part 1

Test piece 46NT9P
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 25 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9P
has quality: Rz Roughness of 46NT9P
has quality: Batch of 46NT9P
has quality: Cross Section Area of 46NT9P
has quality: Original Diameter of 46NT9P
has quality: Original Gauge Length of 46NT9P
has quality: Parallel Length of 46NT9P
derives from: iwt blank 46NT23 part 1 tqc
input of: Tensile Test of 46NT9P
is state of: iwt blank 46NT23 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT24
precedes: Temporal Region of Tensile Test 46NT9R

iwt blank 46NT24 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 26 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT24
derives into: Test piece 46NT9R
is state of: iwt blank 46NT24 part 1

Test piece 46NT9R
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 26 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9R
has quality: Rz Roughness of 46NT9R
has quality: Batch of 46NT9R
has quality: Cross Section Area of 46NT9R
has quality: Original Diameter of 46NT9R
has quality: Original Gauge Length of 46NT9R
has quality: Parallel Length of 46NT9R
derives from: iwt blank 46NT24 part 1 tqc
input of: Tensile Test of 46NT9R
is state of: iwt blank 46NT24 part 1

Cutting Process for Blank 46NT25
type: separating
exists at: Temporal Region of IWM Cutting 46NT25
has specified output: Metallography Disc 46NTGX
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: Temporal Region after second IWT cutting and before IWT cutting 46NT25
precedes: Temporal Region of Tensile Test 46NT9T

iwt blank 46NT25 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 27 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT25
derives into: Metallography Disc 46NTGX
derives into: Test piece 46NT9T
is state of: iwt blank 46NT25 part 1

Test piece 46NT9T
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 27 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9T
has quality: Rz Roughness of 46NT9T
has quality: Batch of 46NT9T
has quality: Cross Section Area of 46NT9T
has quality: Original Diameter of 46NT9T
has quality: Original Gauge Length of 46NT9T
has quality: Parallel Length of 46NT9T
derives from: iwt blank 46NT25 part 1 tqc
input of: Tensile Test of 46NT9T
is state of: iwt blank 46NT25 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT26
precedes: Temporal Region of Tensile Test 46NT9V

iwt blank 46NT26 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 28 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT26
derives into: Test piece 46NT9V
is state of: iwt blank 46NT26 part 1

Test piece 46NT9V
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 28 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9V
has quality: Rz Roughness of 46NT9V
has quality: Batch of 46NT9V
has quality: Cross Section Area of 46NT9V
has quality: Original Diameter of 46NT9V
has quality: Original Gauge Length of 46NT9V
has quality: Parallel Length of 46NT9V
derives from: iwt blank 46NT26 part 1 tqc
input of: Tensile Test of 46NT9V
is state of: iwt blank 46NT26 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT27
precedes: Temporal Region of Tensile Test 46NT9X

iwt blank 46NT27 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 29 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT27
derives into: Test piece 46NT9X
is state of: iwt blank 46NT27 part 1

Test piece 46NT9X
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 29 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9X
has quality: Rz Roughness of 46NT9X
has quality: Batch of 46NT9X
has quality: Cross Section Area of 46NT9X
has quality: Original Diameter of 46NT9X
has quality: Original Gauge Length of 46NT9X
has quality: Parallel Length of 46NT9X
derives from: iwt blank 46NT27 part 1 tqc
input of: Tensile Test of 46NT9X
is state of: iwt blank 46NT27 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT28
precedes: Temporal Region of Tensile Test 46NT9Z

iwt blank 46NT28 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 30 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT28
derives into: Test piece 46NT9Z
is state of: iwt blank 46NT28 part 1

Test piece 46NT9Z
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 30 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NT9Z
has quality: Rz Roughness of 46NT9Z
has quality: Batch of 46NT9Z
has quality: Cross Section Area of 46NT9Z
has quality: Original Diameter of 46NT9Z
has quality: Original Gauge Length of 46NT9Z
has quality: Parallel Length of 46NT9Z
derives from: iwt blank 46NT28 part 1 tqc
input of: Tensile Test of 46NT9Z
is state of: iwt blank 46NT28 part 1

Cutting Process for Blank 46NT29
type: separating
exists at: Temporal Region of IWM Cutting 46NT29
has specified output: Metallography Disc 46NTH1
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: Temporal Region after second IWT cutting and before IWT cutting 46NT29
precedes: Temporal Region of Tensile Test 46NTA1

iwt blank 46NT29 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 32 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT29
derives into: Metallography Disc 46NTH1
derives into: Test piece 46NTA1
is state of: iwt blank 46NT29 part 1

Test piece 46NTA1
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 32 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTA1
has quality: Rz Roughness of 46NTA1
has quality: Batch of 46NTA1
has quality: Cross Section Area of 46NTA1
has quality: Original Diameter of 46NTA1
has quality: Original Gauge Length of 46NTA1
has quality: Parallel Length of 46NTA1
derives from: iwt blank 46NT29 part 1 tqc
input of: Tensile Test of 46NTA1
is state of: iwt blank 46NT29 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT30
precedes: Temporal Region of Tensile Test 46NTA3

iwt blank 46NT30 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 33 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT30
derives into: Test piece 46NTA3
is state of: iwt blank 46NT30 part 1

Test piece 46NTA3
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 33 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTA3
has quality: Rz Roughness of 46NTA3
has quality: Batch of 46NTA3
has quality: Cross Section Area of 46NTA3
has quality: Original Diameter of 46NTA3
has quality: Original Gauge Length of 46NTA3
has quality: Parallel Length of 46NTA3
derives from: iwt blank 46NT30 part 1 tqc
input of: Tensile Test of 46NTA3
is state of: iwt blank 46NT30 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT31
precedes: Temporal Region of Tensile Test 46NTA5

iwt blank 46NT31 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 34 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT31
derives into: Test piece 46NTA5
is state of: iwt blank 46NT31 part 1

Test piece 46NTA5
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 34 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTA5
has quality: Rz Roughness of 46NTA5
has quality: Batch of 46NTA5
has quality: Cross Section Area of 46NTA5
has quality: Original Diameter of 46NTA5
has quality: Original Gauge Length of 46NTA5
has quality: Parallel Length of 46NTA5
derives from: iwt blank 46NT31 part 1 tqc
input of: Tensile Test of 46NTA5
is state of: iwt blank 46NT31 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT32
precedes: Temporal Region of Tensile Test 46NTA7

iwt blank 46NT32 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 35 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT32
derives into: Test piece 46NTA7
is state of: iwt blank 46NT32 part 1

Test piece 46NTA7
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 35 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTA7
has quality: Rz Roughness of 46NTA7
has quality: Batch of 46NTA7
has quality: Cross Section Area of 46NTA7
has quality: Original Diameter of 46NTA7
has quality: Original Gauge Length of 46NTA7
has quality: Parallel Length of 46NTA7
derives from: iwt blank 46NT32 part 1 tqc
input of: Tensile Test of 46NTA7
is state of: iwt blank 46NT32 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT33
precedes: Temporal Region of Tensile Test 46NTA9

iwt blank 46NT33 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 36 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT33
derives into: Test piece 46NTA9
is state of: iwt blank 46NT33 part 1

Test piece 46NTA9
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 36 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTA9
has quality: Rz Roughness of 46NTA9
has quality: Batch of 46NTA9
has quality: Cross Section Area of 46NTA9
has quality: Original Diameter of 46NTA9
has quality: Original Gauge Length of 46NTA9
has quality: Parallel Length of 46NTA9
derives from: iwt blank 46NT33 part 1 tqc
input of: Tensile Test of 46NTA9
is state of: iwt blank 46NT33 part 1

Cutting Process for Blank 46NT34
type: separating
exists at: Temporal Region of IWM Cutting 46NT34
has specified output: Metallography Disc 46NTH6
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: Temporal Region after second IWT cutting and before IWT cutting 46NT34
precedes: Temporal Region of Tensile Test 46NTAB

iwt blank 46NT34 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 37 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT34
derives into: Metallography Disc 46NTH6
derives into: Test piece 46NTAB
is state of: iwt blank 46NT34 part 1

Test piece 46NTAB
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 37 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAB
has quality: Rz Roughness of 46NTAB
has quality: Batch of 46NTAB
has quality: Cross Section Area of 46NTAB
has quality: Original Diameter of 46NTAB
has quality: Original Gauge Length of 46NTAB
has quality: Parallel Length of 46NTAB
derives from: iwt blank 46NT34 part 1 tqc
input of: Tensile Test of 46NTAB
is state of: iwt blank 46NT34 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT35
precedes: Temporal Region of Tensile Test 46NTAD

iwt blank 46NT35 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 38 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT35
derives into: Test piece 46NTAD
is state of: iwt blank 46NT35 part 1

Test piece 46NTAD
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 38 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAD
has quality: Rz Roughness of 46NTAD
has quality: Batch of 46NTAD
has quality: Cross Section Area of 46NTAD
has quality: Original Diameter of 46NTAD
has quality: Original Gauge Length of 46NTAD
has quality: Parallel Length of 46NTAD
derives from: iwt blank 46NT35 part 1 tqc
input of: Tensile Test of 46NTAD
is state of: iwt blank 46NT35 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT36
precedes: Temporal Region of Tensile Test 46NTAF

iwt blank 46NT36 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 39 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT36
derives into: Test piece 46NTAF
is state of: iwt blank 46NT36 part 1

Test piece 46NTAF
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 39 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAF
has quality: Rz Roughness of 46NTAF
has quality: Batch of 46NTAF
has quality: Cross Section Area of 46NTAF
has quality: Original Diameter of 46NTAF
has quality: Original Gauge Length of 46NTAF
has quality: Parallel Length of 46NTAF
derives from: iwt blank 46NT36 part 1 tqc
input of: Tensile Test of 46NTAF
is state of: iwt blank 46NT36 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT37
precedes: Temporal Region of Tensile Test 46NTAH

iwt blank 46NT37 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 40 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT37
derives into: Test piece 46NTAH
is state of: iwt blank 46NT37 part 1

Test piece 46NTAH
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 40 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAH
has quality: Rz Roughness of 46NTAH
has quality: Batch of 46NTAH
has quality: Cross Section Area of 46NTAH
has quality: Original Diameter of 46NTAH
has quality: Original Gauge Length of 46NTAH
has quality: Parallel Length of 46NTAH
derives from: iwt blank 46NT37 part 1 tqc
input of: Tensile Test of 46NTAH
is state of: iwt blank 46NT37 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT38
precedes: Temporal Region of Tensile Test 46NTAJ

iwt blank 46NT38 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 41 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT38
derives into: Test piece 46NTAJ
is state of: iwt blank 46NT38 part 1

Test piece 46NTAJ
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 41 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAJ
has quality: Rz Roughness of 46NTAJ
has quality: Batch of 46NTAJ
has quality: Cross Section Area of 46NTAJ
has quality: Original Diameter of 46NTAJ
has quality: Original Gauge Length of 46NTAJ
has quality: Parallel Length of 46NTAJ
derives from: iwt blank 46NT38 part 1 tqc
input of: Tensile Test of 46NTAJ
is state of: iwt blank 46NT38 part 1

Cutting Process for Blank 46NT39
type: separating
exists at: Temporal Region of IWM Cutting 46NT39
has specified output: Metallography Disc 46NTHB
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: Temporal Region after second IWT cutting and before IWT cutting 46NT39
precedes: Temporal Region of Tensile Test 46NTAL

iwt blank 46NT39 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 42 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT39
derives into: Metallography Disc 46NTHB
derives into: Test piece 46NTAL
is state of: iwt blank 46NT39 part 1

Test piece 46NTAL
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 42 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAL
has quality: Rz Roughness of 46NTAL
has quality: Batch of 46NTAL
has quality: Cross Section Area of 46NTAL
has quality: Original Diameter of 46NTAL
has quality: Original Gauge Length of 46NTAL
has quality: Parallel Length of 46NTAL
derives from: iwt blank 46NT39 part 1 tqc
input of: Tensile Test of 46NTAL
is state of: iwt blank 46NT39 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT40
precedes: Temporal Region of Tensile Test 46NTAN

iwt blank 46NT40 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 43 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT40
derives into: Test piece 46NTAN
is state of: iwt blank 46NT40 part 1

Test piece 46NTAN
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 43 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAN
has quality: Rz Roughness of 46NTAN
has quality: Batch of 46NTAN
has quality: Cross Section Area of 46NTAN
has quality: Original Diameter of 46NTAN
has quality: Original Gauge Length of 46NTAN
has quality: Parallel Length of 46NTAN
derives from: iwt blank 46NT40 part 1 tqc
input of: Tensile Test of 46NTAN
is state of: iwt blank 46NT40 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT41
precedes: Temporal Region of Tensile Test 46NTAP

iwt blank 46NT41 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 44 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT41
derives into: Test piece 46NTAP
is state of: iwt blank 46NT41 part 1

Test piece 46NTAP
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 44 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAP
has quality: Rz Roughness of 46NTAP
has quality: Batch of 46NTAP
has quality: Cross Section Area of 46NTAP
has quality: Original Diameter of 46NTAP
has quality: Original Gauge Length of 46NTAP
has quality: Parallel Length of 46NTAP
derives from: iwt blank 46NT41 part 1 tqc
input of: Tensile Test of 46NTAP
is state of: iwt blank 46NT41 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT42
precedes: Temporal Region of Tensile Test 46NTAR

iwt blank 46NT42 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 45 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT42
derives into: Test piece 46NTAR
is state of: iwt blank 46NT42 part 1

Test piece 46NTAR
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 45 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAR
has quality: Rz Roughness of 46NTAR
has quality: Batch of 46NTAR
has quality: Cross Section Area of 46NTAR
has quality: Original Diameter of 46NTAR
has quality: Original Gauge Length of 46NTAR
has quality: Parallel Length of 46NTAR
derives from: iwt blank 46NT42 part 1 tqc
input of: Tensile Test of 46NTAR
is state of: iwt blank 46NT42 part 1

Cutting Process for Blank 46NT43
type: separating
exists at: Temporal Region of IWM Cutting 46NT43
has specified output: Metallography Disc 46NTHF
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: Temporal Region after second IWT cutting and before IWT cutting 46NT43
precedes: Temporal Region of Tensile Test 46NTAT

iwt blank 46NT43 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 62 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT43
derives into: Metallography Disc 46NTHF
derives into: Test piece 46NTAT
is state of: iwt blank 46NT43 part 1

Test piece 46NTAT
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 62 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAT
has quality: Rz Roughness of 46NTAT
has quality: Batch of 46NTAT
has quality: Cross Section Area of 46NTAT
has quality: Original Diameter of 46NTAT
has quality: Original Gauge Length of 46NTAT
has quality: Parallel Length of 46NTAT
derives from: iwt blank 46NT43 part 1 tqc
input of: Tensile Test of 46NTAT
is state of: iwt blank 46NT43 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT44
precedes: Temporal Region of Tensile Test 46NTAV

iwt blank 46NT44 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 63 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT44
derives into: Test piece 46NTAV
is state of: iwt blank 46NT44 part 1

Test piece 46NTAV
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 63 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAV
has quality: Rz Roughness of 46NTAV
has quality: Batch of 46NTAV
has quality: Cross Section Area of 46NTAV
has quality: Original Diameter of 46NTAV
has quality: Original Gauge Length of 46NTAV
has quality: Parallel Length of 46NTAV
derives from: iwt blank 46NT44 part 1 tqc
input of: Tensile Test of 46NTAV
is state of: iwt blank 46NT44 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT45
precedes: Temporal Region of Tensile Test 46NTAX

iwt blank 46NT45 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 64 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT45
derives into: Test piece 46NTAX
is state of: iwt blank 46NT45 part 1

Test piece 46NTAX
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 64 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAX
has quality: Rz Roughness of 46NTAX
has quality: Batch of 46NTAX
has quality: Cross Section Area of 46NTAX
has quality: Original Diameter of 46NTAX
has quality: Original Gauge Length of 46NTAX
has quality: Parallel Length of 46NTAX
derives from: iwt blank 46NT45 part 1 tqc
input of: Tensile Test of 46NTAX
is state of: iwt blank 46NT45 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT46
precedes: Temporal Region of Tensile Test 46NTAZ

iwt blank 46NT46 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 65 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT46
derives into: Test piece 46NTAZ
is state of: iwt blank 46NT46 part 1

Test piece 46NTAZ
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 65 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTAZ
has quality: Rz Roughness of 46NTAZ
has quality: Batch of 46NTAZ
has quality: Cross Section Area of 46NTAZ
has quality: Original Diameter of 46NTAZ
has quality: Original Gauge Length of 46NTAZ
has quality: Parallel Length of 46NTAZ
derives from: iwt blank 46NT46 part 1 tqc
input of: Tensile Test of 46NTAZ
is state of: iwt blank 46NT46 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT47
precedes: Temporal Region of Tensile Test 46NTB1

iwt blank 46NT47 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 66 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT47
derives into: Test piece 46NTB1
is state of: iwt blank 46NT47 part 1

Test piece 46NTB1
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 66 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTB1
has quality: Rz Roughness of 46NTB1
has quality: Batch of 46NTB1
has quality: Cross Section Area of 46NTB1
has quality: Original Diameter of 46NTB1
has quality: Original Gauge Length of 46NTB1
has quality: Parallel Length of 46NTB1
derives from: iwt blank 46NT47 part 1 tqc
input of: Tensile Test of 46NTB1
is state of: iwt blank 46NT47 part 1

Cutting Process for Blank 46NT48
type: separating
exists at: Temporal Region of IWM Cutting 46NT48
has specified output: Metallography Disc 46NTHK
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: Temporal Region after second IWT cutting and before IWT cutting 46NT48
precedes: Temporal Region of Tensile Test 46NTB3

iwt blank 46NT48 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 67 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT48
derives into: Metallography Disc 46NTHK
derives into: Test piece 46NTB3
is state of: iwt blank 46NT48 part 1

Test piece 46NTB3
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 67 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTB3
has quality: Rz Roughness of 46NTB3
has quality: Batch of 46NTB3
has quality: Cross Section Area of 46NTB3
has quality: Original Diameter of 46NTB3
has quality: Original Gauge Length of 46NTB3
has quality: Parallel Length of 46NTB3
derives from: iwt blank 46NT48 part 1 tqc
input of: Tensile Test of 46NTB3
is state of: iwt blank 46NT48 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT49
precedes: Temporal Region of Tensile Test 46NTB5

iwt blank 46NT49 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 68 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT49
derives into: Test piece 46NTB5
is state of: iwt blank 46NT49 part 1

Test piece 46NTB5
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 68 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTB5
has quality: Rz Roughness of 46NTB5
has quality: Batch of 46NTB5
has quality: Cross Section Area of 46NTB5
has quality: Original Diameter of 46NTB5
has quality: Original Gauge Length of 46NTB5
has quality: Parallel Length of 46NTB5
derives from: iwt blank 46NT49 part 1 tqc
input of: Tensile Test of 46NTB5
is state of: iwt blank 46NT49 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT50
precedes: Temporal Region of Tensile Test 46NTB7

iwt blank 46NT50 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 69 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT50
derives into: Test piece 46NTB7
is state of: iwt blank 46NT50 part 1

Test piece 46NTB7
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 69 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTB7
has quality: Rz Roughness of 46NTB7
has quality: Batch of 46NTB7
has quality: Cross Section Area of 46NTB7
has quality: Original Diameter of 46NTB7
has quality: Original Gauge Length of 46NTB7
has quality: Parallel Length of 46NTB7
derives from: iwt blank 46NT50 part 1 tqc
input of: Tensile Test of 46NTB7
is state of: iwt blank 46NT50 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT51
precedes: Temporal Region of Tensile Test 46NTB9

iwt blank 46NT51 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 70 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT51
derives into: Test piece 46NTB9
is state of: iwt blank 46NT51 part 1

Test piece 46NTB9
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 70 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTB9
has quality: Rz Roughness of 46NTB9
has quality: Batch of 46NTB9
has quality: Cross Section Area of 46NTB9
has quality: Original Diameter of 46NTB9
has quality: Original Gauge Length of 46NTB9
has quality: Parallel Length of 46NTB9
derives from: iwt blank 46NT51 part 1 tqc
input of: Tensile Test of 46NTB9
is state of: iwt blank 46NT51 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT52
precedes: Temporal Region of Tensile Test 46NTBB

iwt blank 46NT52 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 71 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT52
derives into: Test piece 46NTBB
is state of: iwt blank 46NT52 part 1

Test piece 46NTBB
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 71 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBB
has quality: Rz Roughness of 46NTBB
has quality: Batch of 46NTBB
has quality: Cross Section Area of 46NTBB
has quality: Original Diameter of 46NTBB
has quality: Original Gauge Length of 46NTBB
has quality: Parallel Length of 46NTBB
derives from: iwt blank 46NT52 part 1 tqc
input of: Tensile Test of 46NTBB
is state of: iwt blank 46NT52 part 1

Cutting Process for Blank 46NT53
type: separating
exists at: Temporal Region of IWM Cutting 46NT53
has specified output: Metallography Disc 46NTHP
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: Temporal Region after second IWT cutting and before IWT cutting 46NT53
precedes: Temporal Region of Tensile Test 46NTBD

iwt blank 46NT53 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 72 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT53
derives into: Metallography Disc 46NTHP
derives into: Test piece 46NTBD
is state of: iwt blank 46NT53 part 1

Test piece 46NTBD
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 72 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBD
has quality: Rz Roughness of 46NTBD
has quality: Batch of 46NTBD
has quality: Cross Section Area of 46NTBD
has quality: Original Diameter of 46NTBD
has quality: Original Gauge Length of 46NTBD
has quality: Parallel Length of 46NTBD
derives from: iwt blank 46NT53 part 1 tqc
input of: Tensile Test of 46NTBD
is state of: iwt blank 46NT53 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT54
precedes: Temporal Region of Tensile Test 46NTBF

iwt blank 46NT54 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 73 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT54
derives into: Test piece 46NTBF
is state of: iwt blank 46NT54 part 1

Test piece 46NTBF
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 73 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBF
has quality: Rz Roughness of 46NTBF
has quality: Batch of 46NTBF
has quality: Cross Section Area of 46NTBF
has quality: Original Diameter of 46NTBF
has quality: Original Gauge Length of 46NTBF
has quality: Parallel Length of 46NTBF
derives from: iwt blank 46NT54 part 1 tqc
input of: Tensile Test of 46NTBF
is state of: iwt blank 46NT54 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT55
precedes: Temporal Region of Tensile Test 46NTBH

iwt blank 46NT55 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 74 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT55
derives into: Test piece 46NTBH
is state of: iwt blank 46NT55 part 1

Test piece 46NTBH
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 74 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBH
has quality: Rz Roughness of 46NTBH
has quality: Batch of 46NTBH
has quality: Cross Section Area of 46NTBH
has quality: Original Diameter of 46NTBH
has quality: Original Gauge Length of 46NTBH
has quality: Parallel Length of 46NTBH
derives from: iwt blank 46NT55 part 1 tqc
input of: Tensile Test of 46NTBH
is state of: iwt blank 46NT55 part 1

Cutting Process for Blank 46NT57
type: separating
exists at: Temporal Region of IWM Cutting 46NT57
has specified output: Metallography Disc 46NTHT
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: Temporal Region after second IWT cutting and before IWT cutting 46NT57
precedes: Temporal Region of Tensile Test 46NTBL

iwt blank 46NT57 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 77 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT57
derives into: Metallography Disc 46NTHT
derives into: Test piece 46NTBL
is state of: iwt blank 46NT57 part 1

Test piece 46NTBL
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 77 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBL
has quality: Rz Roughness of 46NTBL
has quality: Batch of 46NTBL
has quality: Cross Section Area of 46NTBL
has quality: Original Diameter of 46NTBL
has quality: Original Gauge Length of 46NTBL
has quality: Parallel Length of 46NTBL
derives from: iwt blank 46NT57 part 1 tqc
input of: Tensile Test of 46NTBL
is state of: iwt blank 46NT57 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT58
precedes: Temporal Region of Tensile Test 46NTBN

iwt blank 46NT58 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 78 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT58
derives into: Test piece 46NTBN
is state of: iwt blank 46NT58 part 1

Test piece 46NTBN
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 78 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBN
has quality: Rz Roughness of 46NTBN
has quality: Batch of 46NTBN
has quality: Cross Section Area of 46NTBN
has quality: Original Diameter of 46NTBN
has quality: Original Gauge Length of 46NTBN
has quality: Parallel Length of 46NTBN
derives from: iwt blank 46NT58 part 1 tqc
input of: Tensile Test of 46NTBN
is state of: iwt blank 46NT58 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT59
precedes: Temporal Region of Tensile Test 46NTBP

iwt blank 46NT59 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 79 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT59
derives into: Test piece 46NTBP
is state of: iwt blank 46NT59 part 1

Test piece 46NTBP
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 79 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBP
has quality: Rz Roughness of 46NTBP
has quality: Batch of 46NTBP
has quality: Cross Section Area of 46NTBP
has quality: Original Diameter of 46NTBP
has quality: Original Gauge Length of 46NTBP
has quality: Parallel Length of 46NTBP
derives from: iwt blank 46NT59 part 1 tqc
input of: Tensile Test of 46NTBP
is state of: iwt blank 46NT59 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT60
precedes: Temporal Region of Tensile Test 46NTBR

iwt blank 46NT60 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 80 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT60
derives into: Test piece 46NTBR
is state of: iwt blank 46NT60 part 1

Test piece 46NTBR
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 80 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBR
has quality: Rz Roughness of 46NTBR
has quality: Batch of 46NTBR
has quality: Cross Section Area of 46NTBR
has quality: Original Diameter of 46NTBR
has quality: Original Gauge Length of 46NTBR
has quality: Parallel Length of 46NTBR
derives from: iwt blank 46NT60 part 1 tqc
input of: Tensile Test of 46NTBR
is state of: iwt blank 46NT60 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT61
precedes: Temporal Region of Tensile Test 46NTBT

iwt blank 46NT61 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 81 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT61
derives into: Test piece 46NTBT
is state of: iwt blank 46NT61 part 1

Test piece 46NTBT
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 81 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBT
has quality: Rz Roughness of 46NTBT
has quality: Batch of 46NTBT
has quality: Cross Section Area of 46NTBT
has quality: Original Diameter of 46NTBT
has quality: Original Gauge Length of 46NTBT
has quality: Parallel Length of 46NTBT
derives from: iwt blank 46NT61 part 1 tqc
input of: Tensile Test of 46NTBT
is state of: iwt blank 46NT61 part 1

Cutting Process for Blank 46NT62
type: separating
exists at: Temporal Region of IWM Cutting 46NT62
has specified output: Metallography Disc 46NTHY
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: Temporal Region after second IWT cutting and before IWT cutting 46NT62
precedes: Temporal Region of Tensile Test 46NTBV

iwt blank 46NT62 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 82 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT62
derives into: Metallography Disc 46NTHY
derives into: Test piece 46NTBV
is state of: iwt blank 46NT62 part 1

Test piece 46NTBV
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 82 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBV
has quality: Rz Roughness of 46NTBV
has quality: Batch of 46NTBV
has quality: Cross Section Area of 46NTBV
has quality: Original Diameter of 46NTBV
has quality: Original Gauge Length of 46NTBV
has quality: Parallel Length of 46NTBV
derives from: iwt blank 46NT62 part 1 tqc
input of: Tensile Test of 46NTBV
is state of: iwt blank 46NT62 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT63
precedes: Temporal Region of Tensile Test 46NTBX

iwt blank 46NT63 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 83 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT63
derives into: Test piece 46NTBX
is state of: iwt blank 46NT63 part 1

Test piece 46NTBX
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 83 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBX
has quality: Rz Roughness of 46NTBX
has quality: Batch of 46NTBX
has quality: Cross Section Area of 46NTBX
has quality: Original Diameter of 46NTBX
has quality: Original Gauge Length of 46NTBX
has quality: Parallel Length of 46NTBX
derives from: iwt blank 46NT63 part 1 tqc
input of: Tensile Test of 46NTBX
is state of: iwt blank 46NT63 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT64
precedes: Temporal Region of Tensile Test 46NTBZ

iwt blank 46NT64 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 84 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT64
derives into: Test piece 46NTBZ
is state of: iwt blank 46NT64 part 1

Test piece 46NTBZ
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 84 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTBZ
has quality: Rz Roughness of 46NTBZ
has quality: Batch of 46NTBZ
has quality: Cross Section Area of 46NTBZ
has quality: Original Diameter of 46NTBZ
has quality: Original Gauge Length of 46NTBZ
has quality: Parallel Length of 46NTBZ
derives from: iwt blank 46NT64 part 1 tqc
input of: Tensile Test of 46NTBZ
is state of: iwt blank 46NT64 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT65
precedes: Temporal Region of Tensile Test 46NTC1

iwt blank 46NT65 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 85 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT65
derives into: Test piece 46NTC1
is state of: iwt blank 46NT65 part 1

Test piece 46NTC1
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 85 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTC1
has quality: Rz Roughness of 46NTC1
has quality: Batch of 46NTC1
has quality: Cross Section Area of 46NTC1
has quality: Original Diameter of 46NTC1
has quality: Original Gauge Length of 46NTC1
has quality: Parallel Length of 46NTC1
derives from: iwt blank 46NT65 part 1 tqc
input of: Tensile Test of 46NTC1
is state of: iwt blank 46NT65 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT66
precedes: Temporal Region of Tensile Test 46NTC3

iwt blank 46NT66 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 86 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT66
derives into: Test piece 46NTC3
is state of: iwt blank 46NT66 part 1

Test piece 46NTC3
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 86 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTC3
has quality: Rz Roughness of 46NTC3
has quality: Batch of 46NTC3
has quality: Cross Section Area of 46NTC3
has quality: Original Diameter of 46NTC3
has quality: Original Gauge Length of 46NTC3
has quality: Parallel Length of 46NTC3
derives from: iwt blank 46NT66 part 1 tqc
input of: Tensile Test of 46NTC3
is state of: iwt blank 46NT66 part 1

Cutting Process for Blank 46NT67
type: separating
exists at: Temporal Region of IWM Cutting 46NT67
has specified output: Metallography Disc 46NTI3
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: Temporal Region after second IWT cutting and before IWT cutting 46NT67
precedes: Temporal Region of Tensile Test 46NTC5

iwt blank 46NT67 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 87 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT67
derives into: Metallography Disc 46NTI3
derives into: Test piece 46NTC5
is state of: iwt blank 46NT67 part 1

Test piece 46NTC5
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 87 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTC5
has quality: Rz Roughness of 46NTC5
has quality: Batch of 46NTC5
has quality: Cross Section Area of 46NTC5
has quality: Original Diameter of 46NTC5
has quality: Original Gauge Length of 46NTC5
has quality: Parallel Length of 46NTC5
derives from: iwt blank 46NT67 part 1 tqc
input of: Tensile Test of 46NTC5
is state of: iwt blank 46NT67 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT68
precedes: Temporal Region of Tensile Test 46NTC7

iwt blank 46NT68 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 88 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT68
derives into: Test piece 46NTC7
is state of: iwt blank 46NT68 part 1

Test piece 46NTC7
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 88 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTC7
has quality: Rz Roughness of 46NTC7
has quality: Batch of 46NTC7
has quality: Cross Section Area of 46NTC7
has quality: Original Diameter of 46NTC7
has quality: Original Gauge Length of 46NTC7
has quality: Parallel Length of 46NTC7
derives from: iwt blank 46NT68 part 1 tqc
input of: Tensile Test of 46NTC7
is state of: iwt blank 46NT68 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT69
precedes: Temporal Region of Tensile Test 46NTC9

iwt blank 46NT69 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 89 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT69
derives into: Test piece 46NTC9
is state of: iwt blank 46NT69 part 1

Test piece 46NTC9
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 89 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTC9
has quality: Rz Roughness of 46NTC9
has quality: Batch of 46NTC9
has quality: Cross Section Area of 46NTC9
has quality: Original Diameter of 46NTC9
has quality: Original Gauge Length of 46NTC9
has quality: Parallel Length of 46NTC9
derives from: iwt blank 46NT69 part 1 tqc
input of: Tensile Test of 46NTC9
is state of: iwt blank 46NT69 part 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: Temporal Region after second IWT cutting and before IWT cutting 46NT70
precedes: Temporal Region of Tensile Test 46NTCB

iwt blank 46NT70 part 1 tqc
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 90 after Heat Treatment
exists at: Temporal Region after second IWT cutting and before IWT cutting 46NT70
derives into: Test piece 46NTCB
is state of: iwt blank 46NT70 part 1

Test piece 46NTCB
type: object
type: temporally qualified continuant
type: 42CrMoS4 Steel 90 after Heat Treatment
exists at: Temporal Region of Test Piece tqc 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: Ra Roughness of 46NTCB
has quality: Rz Roughness of 46NTCB
has quality: Batch of 46NTCB
has quality: Cross Section Area of 46NTCB
has quality: Original Diameter of 46NTCB
has quality: Original Gauge Length of 46NTCB
has quality: Parallel Length of 46NTCB
derives from: iwt blank 46NT70 part 1 tqc
input of: Tensile Test of 46NTCB
is state of: iwt blank 46NT70 part 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
type: Class
label: Wärmebehandlung @de
subclass of: PMD_0000550
IAO_0000119: Official definition can be found in: DIN EN ISO 4885:2018 Wärmebehandlung Page 21, 3.108 Wärmebehandlung - Definition
IAO_0000119: 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

realizes
type: ObjectProperty
domain: BFO_0000015
range: BFO_0000017
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

Heat Treatment Plan
type: plan
concretizes: Heat Treatment Recipe

Temporal Region of Heat Treatment 46NT01
type: temporal region
preceded by: Temporal Region of First Cutting 02
precedes: Temporal Region of second IWT cutting 46NT01

iwt blank 02
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 02
output of: Cutting Process of Rod 02

iwt blank 46NT01
type: 42CrMoS4 Steel 02 after Heat Treatment
type: object
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: Temporal Region of First Cutting 03
precedes: Temporal Region of second IWT cutting 46NT02

iwt blank 03
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 03
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 04
precedes: Temporal Region of second IWT cutting 46NT03

iwt blank 04
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 04
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 05
precedes: Temporal Region of second IWT cutting 46NT04

iwt blank 05
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 05
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 06
precedes: Temporal Region of second IWT cutting 46NT05

iwt blank 06
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 06
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 07
precedes: Temporal Region of second IWT cutting 46NT06

iwt blank 07
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 07
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 08
precedes: Temporal Region of second IWT cutting 46NT07

iwt blank 08
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 08
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 09
precedes: Temporal Region of second IWT cutting 46NT08

iwt blank 09
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 09
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 10
precedes: Temporal Region of second IWT cutting 46NT09

iwt blank 10
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 10
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 11
precedes: Temporal Region of second IWT cutting 46NT10

iwt blank 11
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 11
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 12
precedes: Temporal Region of second IWT cutting 46NT11

iwt blank 12
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 12
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 13
precedes: Temporal Region of second IWT cutting 46NT12

iwt blank 13
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 13
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 14
precedes: Temporal Region of second IWT cutting 46NT13

iwt blank 14
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 14
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 15
precedes: Temporal Region of second IWT cutting 46NT14

iwt blank 15
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 15
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 17
precedes: Temporal Region of second IWT cutting 46NT15

iwt blank 17
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 17
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 18
precedes: Temporal Region of second IWT cutting 46NT16

iwt blank 18
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 18
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 19
precedes: Temporal Region of second IWT cutting 46NT17

iwt blank 19
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 19
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 20
precedes: Temporal Region of second IWT cutting 46NT18

iwt blank 20
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 20
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 22
precedes: Temporal Region of second IWT cutting 46NT20

iwt blank 22
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 22
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 24
precedes: Temporal Region of second IWT cutting 46NT22

iwt blank 24
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 24
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 25
precedes: Temporal Region of second IWT cutting 46NT23

iwt blank 25
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 25
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 26
precedes: Temporal Region of second IWT cutting 46NT24

iwt blank 26
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 26
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 27
precedes: Temporal Region of second IWT cutting 46NT25

iwt blank 27
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 27
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 28
precedes: Temporal Region of second IWT cutting 46NT26

iwt blank 28
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 28
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 29
precedes: Temporal Region of second IWT cutting 46NT27

iwt blank 29
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 29
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 30
precedes: Temporal Region of second IWT cutting 46NT28

iwt blank 30
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 30
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 32
precedes: Temporal Region of second IWT cutting 46NT29

iwt blank 32
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 32
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 33
precedes: Temporal Region of second IWT cutting 46NT30

iwt blank 33
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 33
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 34
precedes: Temporal Region of second IWT cutting 46NT31

iwt blank 34
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 34
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 35
precedes: Temporal Region of second IWT cutting 46NT32

iwt blank 35
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 35
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 36
precedes: Temporal Region of second IWT cutting 46NT33

iwt blank 36
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 36
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 37
precedes: Temporal Region of second IWT cutting 46NT34

iwt blank 37
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 37
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 38
precedes: Temporal Region of second IWT cutting 46NT35

iwt blank 38
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 38
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 39
precedes: Temporal Region of second IWT cutting 46NT36

iwt blank 39
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 39
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 40
precedes: Temporal Region of second IWT cutting 46NT37

iwt blank 40
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 40
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 41
precedes: Temporal Region of second IWT cutting 46NT38

iwt blank 41
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 41
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 42
precedes: Temporal Region of second IWT cutting 46NT39

iwt blank 42
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 42
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 43
precedes: Temporal Region of second IWT cutting 46NT40

iwt blank 43
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 43
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 44
precedes: Temporal Region of second IWT cutting 46NT41

iwt blank 44
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 44
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 45
precedes: Temporal Region of second IWT cutting 46NT42

iwt blank 45
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 45
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 62
precedes: Temporal Region of second IWT cutting 46NT43

iwt blank 62
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 62
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 63
precedes: Temporal Region of second IWT cutting 46NT44

iwt blank 63
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 63
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 64
precedes: Temporal Region of second IWT cutting 46NT45

iwt blank 64
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 64
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 65
precedes: Temporal Region of second IWT cutting 46NT46

iwt blank 65
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 65
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 66
precedes: Temporal Region of second IWT cutting 46NT47

iwt blank 66
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 66
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 67
precedes: Temporal Region of second IWT cutting 46NT48

iwt blank 67
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 67
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 68
precedes: Temporal Region of second IWT cutting 46NT49

iwt blank 68
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 68
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 69
precedes: Temporal Region of second IWT cutting 46NT50

iwt blank 69
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 69
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 70
precedes: Temporal Region of second IWT cutting 46NT51

iwt blank 70
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 70
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 71
precedes: Temporal Region of second IWT cutting 46NT52

iwt blank 71
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 71
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 72
precedes: Temporal Region of second IWT cutting 46NT53

iwt blank 72
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 72
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 73
precedes: Temporal Region of second IWT cutting 46NT54

iwt blank 73
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 73
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 74
precedes: Temporal Region of second IWT cutting 46NT55

iwt blank 74
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 74
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 77
precedes: Temporal Region of second IWT cutting 46NT57

iwt blank 77
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 77
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 78
precedes: Temporal Region of second IWT cutting 46NT58

iwt blank 78
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 78
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 79
precedes: Temporal Region of second IWT cutting 46NT59

iwt blank 79
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 79
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 80
precedes: Temporal Region of second IWT cutting 46NT60

iwt blank 80
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 80
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 81
precedes: Temporal Region of second IWT cutting 46NT61

iwt blank 81
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 81
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 82
precedes: Temporal Region of second IWT cutting 46NT62

iwt blank 82
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 82
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 83
precedes: Temporal Region of second IWT cutting 46NT63

iwt blank 83
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 83
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 84
precedes: Temporal Region of second IWT cutting 46NT64

iwt blank 84
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 84
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 85
precedes: Temporal Region of second IWT cutting 46NT65

iwt blank 85
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 85
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 86
precedes: Temporal Region of second IWT cutting 46NT66

iwt blank 86
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 86
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 87
precedes: Temporal Region of second IWT cutting 46NT67

iwt blank 87
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 87
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 88
precedes: Temporal Region of second IWT cutting 46NT68

iwt blank 88
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 88
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 89
precedes: Temporal Region of second IWT cutting 46NT69

iwt blank 89
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 89
output of: Cutting Process of Rod 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: Temporal Region of First Cutting 90
precedes: Temporal Region of second IWT cutting 46NT70

iwt blank 90
type: object
type: 42CrMoS4 Steel before Heat Treatment
derives from: 42CrMoS4 rod 90
output of: Cutting Process of Rod 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

structural property analyzing process
type: Class
label: Struktur Eigenschaften Analyseverfahren @de
subclass of: OBI_0000070
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

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
type: Class
subclass of: BFO_0000003
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000132
subclass of: Restriction
  all values from: temporal region
  on property: BFO_0000139
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

preceded by
type: ObjectProperty
type: TransitiveProperty
domain: BFO_0000003
range: BFO_0000003
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

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

precedes
type: ObjectProperty
type: TransitiveProperty
domain: BFO_0000003
range: BFO_0000003
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.

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: 42CrMoS4 Steel 02 after Heat Treatment
type: object
type: temporally qualified continuant
output of: Cutting Process of Blank 46NT01 for Metallography

42CrMoS4 Steel 02 after Heat Treatment
type: steel

object
type: Class
subclass of: BFO_0000040
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

temporally qualified continuant
type: Class
subclass of: BFO_0000004
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: BFO_0000004
    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: BFO_0000004
    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: BFO_0000004
    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: BFO_0000004
    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: BFO_0000004
    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: BFO_0000004
    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: BFO_0000004
    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: BFO_0000004
    intersection of: Class
      complement of: temporally qualified continuant
IAO_0000116: 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: BFO_0000004
  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: BFO_0000004
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: BFO_0000004
  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: BFO_0000004
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: BFO_0000004
  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: BFO_0000004
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: BFO_0000004
  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: BFO_0000004
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: BFO_0000004
  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: BFO_0000004
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: BFO_0000004
  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: BFO_0000004
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: BFO_0000004
  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: BFO_0000004
      intersection of: Class
        complement of: temporally qualified continuant
equivalent class: Class
  intersection of: BFO_0000004
  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: BFO_0000004
      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.
PMD_0001032: https://github.com/materialdigital/core-ontology/issues/185

output of
type: ObjectProperty
sub property of: RO_0000056
IAO_0000115: inverse of has output

Cutting Process of Blank 46NT01 for Metallography
type: separating
exists at: Temporal Region of second IWT cutting 46NT01
has input: iwt blank 46NT01
has output: iwt blank 46NT01 part 2
has output: iwt blank 46NT01 part 1

iwt blank 46NT02 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT02
has input: iwt blank 46NT02
has output: iwt blank 46NT02 part 2
has output: iwt blank 46NT02 part 1

iwt blank 46NT03 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT03
has input: iwt blank 46NT03
has output: iwt blank 46NT03 part 2
has output: iwt blank 46NT03 part 1

iwt blank 46NT04 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT04
has input: iwt blank 46NT04
has output: iwt blank 46NT04 part 2
has output: iwt blank 46NT04 part 1

iwt blank 46NT05 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT05
has input: iwt blank 46NT05
has output: iwt blank 46NT05 part 2
has output: iwt blank 46NT05 part 1

iwt blank 46NT06 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT06
has input: iwt blank 46NT06
has output: iwt blank 46NT06 part 2
has output: iwt blank 46NT06 part 1

iwt blank 46NT07 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT07
has input: iwt blank 46NT07
has output: iwt blank 46NT07 part 2
has output: iwt blank 46NT07 part 1

iwt blank 46NT08 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT08
has input: iwt blank 46NT08
has output: iwt blank 46NT08 part 2
has output: iwt blank 46NT08 part 1

iwt blank 46NT09 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT09
has input: iwt blank 46NT09
has output: iwt blank 46NT09 part 2
has output: iwt blank 46NT09 part 1

iwt blank 46NT10 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT10
has input: iwt blank 46NT10
has output: iwt blank 46NT10 part 2
has output: iwt blank 46NT10 part 1

iwt blank 46NT11 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT11
has input: iwt blank 46NT11
has output: iwt blank 46NT11 part 2
has output: iwt blank 46NT11 part 1

iwt blank 46NT12 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT12
has input: iwt blank 46NT12
has output: iwt blank 46NT12 part 2
has output: iwt blank 46NT12 part 1

iwt blank 46NT13 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT13
has input: iwt blank 46NT13
has output: iwt blank 46NT13 part 2
has output: iwt blank 46NT13 part 1

iwt blank 46NT14 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT14
has input: iwt blank 46NT14
has output: iwt blank 46NT14 part 2
has output: iwt blank 46NT14 part 1

iwt blank 46NT15 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT15
has input: iwt blank 46NT15
has output: iwt blank 46NT15 part 2
has output: iwt blank 46NT15 part 1

iwt blank 46NT16 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT16
has input: iwt blank 46NT16
has output: iwt blank 46NT16 part 2
has output: iwt blank 46NT16 part 1

iwt blank 46NT17 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT17
has input: iwt blank 46NT17
has output: iwt blank 46NT17 part 2
has output: iwt blank 46NT17 part 1

iwt blank 46NT18 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT18
has input: iwt blank 46NT18
has output: iwt blank 46NT18 part 2
has output: iwt blank 46NT18 part 1

iwt blank 46NT20 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT20
has input: iwt blank 46NT20
has output: iwt blank 46NT20 part 2
has output: iwt blank 46NT20 part 1

iwt blank 46NT22 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT22
has input: iwt blank 46NT22
has output: iwt blank 46NT22 part 2
has output: iwt blank 46NT22 part 1

iwt blank 46NT23 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT23
has input: iwt blank 46NT23
has output: iwt blank 46NT23 part 2
has output: iwt blank 46NT23 part 1

iwt blank 46NT24 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT24
has input: iwt blank 46NT24
has output: iwt blank 46NT24 part 2
has output: iwt blank 46NT24 part 1

iwt blank 46NT25 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT25
has input: iwt blank 46NT25
has output: iwt blank 46NT25 part 2
has output: iwt blank 46NT25 part 1

iwt blank 46NT26 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT26
has input: iwt blank 46NT26
has output: iwt blank 46NT26 part 2
has output: iwt blank 46NT26 part 1

iwt blank 46NT27 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT27
has input: iwt blank 46NT27
has output: iwt blank 46NT27 part 2
has output: iwt blank 46NT27 part 1

iwt blank 46NT28 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT28
has input: iwt blank 46NT28
has output: iwt blank 46NT28 part 2
has output: iwt blank 46NT28 part 1

iwt blank 46NT29 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT29
has input: iwt blank 46NT29
has output: iwt blank 46NT29 part 2
has output: iwt blank 46NT29 part 1

iwt blank 46NT30 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT30
has input: iwt blank 46NT30
has output: iwt blank 46NT30 part 2
has output: iwt blank 46NT30 part 1

iwt blank 46NT31 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT31
has input: iwt blank 46NT31
has output: iwt blank 46NT31 part 2
has output: iwt blank 46NT31 part 1

iwt blank 46NT32 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT32
has input: iwt blank 46NT32
has output: iwt blank 46NT32 part 2
has output: iwt blank 46NT32 part 1

iwt blank 46NT33 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT33
has input: iwt blank 46NT33
has output: iwt blank 46NT33 part 2
has output: iwt blank 46NT33 part 1

iwt blank 46NT34 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT34
has input: iwt blank 46NT34
has output: iwt blank 46NT34 part 2
has output: iwt blank 46NT34 part 1

iwt blank 46NT35 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT35
has input: iwt blank 46NT35
has output: iwt blank 46NT35 part 2
has output: iwt blank 46NT35 part 1

iwt blank 46NT36 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT36
has input: iwt blank 46NT36
has output: iwt blank 46NT36 part 2
has output: iwt blank 46NT36 part 1

iwt blank 46NT37 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT37
has input: iwt blank 46NT37
has output: iwt blank 46NT37 part 2
has output: iwt blank 46NT37 part 1

iwt blank 46NT38 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT38
has input: iwt blank 46NT38
has output: iwt blank 46NT38 part 2
has output: iwt blank 46NT38 part 1

iwt blank 46NT39 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT39
has input: iwt blank 46NT39
has output: iwt blank 46NT39 part 2
has output: iwt blank 46NT39 part 1

iwt blank 46NT40 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT40
has input: iwt blank 46NT40
has output: iwt blank 46NT40 part 2
has output: iwt blank 46NT40 part 1

iwt blank 46NT41 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT41
has input: iwt blank 46NT41
has output: iwt blank 46NT41 part 2
has output: iwt blank 46NT41 part 1

iwt blank 46NT42 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT42
has input: iwt blank 46NT42
has output: iwt blank 46NT42 part 2
has output: iwt blank 46NT42 part 1

iwt blank 46NT43 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT43
has input: iwt blank 46NT43
has output: iwt blank 46NT43 part 2
has output: iwt blank 46NT43 part 1

iwt blank 46NT44 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT44
has input: iwt blank 46NT44
has output: iwt blank 46NT44 part 2
has output: iwt blank 46NT44 part 1

iwt blank 46NT45 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT45
has input: iwt blank 46NT45
has output: iwt blank 46NT45 part 2
has output: iwt blank 46NT45 part 1

iwt blank 46NT46 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT46
has input: iwt blank 46NT46
has output: iwt blank 46NT46 part 2
has output: iwt blank 46NT46 part 1

iwt blank 46NT47 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT47
has input: iwt blank 46NT47
has output: iwt blank 46NT47 part 2
has output: iwt blank 46NT47 part 1

iwt blank 46NT48 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT48
has input: iwt blank 46NT48
has output: iwt blank 46NT48 part 2
has output: iwt blank 46NT48 part 1

iwt blank 46NT49 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT49
has input: iwt blank 46NT49
has output: iwt blank 46NT49 part 2
has output: iwt blank 46NT49 part 1

iwt blank 46NT50 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT50
has input: iwt blank 46NT50
has output: iwt blank 46NT50 part 2
has output: iwt blank 46NT50 part 1

iwt blank 46NT51 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT51
has input: iwt blank 46NT51
has output: iwt blank 46NT51 part 2
has output: iwt blank 46NT51 part 1

iwt blank 46NT52 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT52
has input: iwt blank 46NT52
has output: iwt blank 46NT52 part 2
has output: iwt blank 46NT52 part 1

iwt blank 46NT53 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT53
has input: iwt blank 46NT53
has output: iwt blank 46NT53 part 2
has output: iwt blank 46NT53 part 1

iwt blank 46NT54 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT54
has input: iwt blank 46NT54
has output: iwt blank 46NT54 part 2
has output: iwt blank 46NT54 part 1

iwt blank 46NT55 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT55
has input: iwt blank 46NT55
has output: iwt blank 46NT55 part 2
has output: iwt blank 46NT55 part 1

iwt blank 46NT57 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT57
has input: iwt blank 46NT57
has output: iwt blank 46NT57 part 2
has output: iwt blank 46NT57 part 1

iwt blank 46NT58 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT58
has input: iwt blank 46NT58
has output: iwt blank 46NT58 part 2
has output: iwt blank 46NT58 part 1

iwt blank 46NT59 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT59
has input: iwt blank 46NT59
has output: iwt blank 46NT59 part 2
has output: iwt blank 46NT59 part 1

iwt blank 46NT60 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT60
has input: iwt blank 46NT60
has output: iwt blank 46NT60 part 2
has output: iwt blank 46NT60 part 1

iwt blank 46NT61 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT61
has input: iwt blank 46NT61
has output: iwt blank 46NT61 part 2
has output: iwt blank 46NT61 part 1

iwt blank 46NT62 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT62
has input: iwt blank 46NT62
has output: iwt blank 46NT62 part 2
has output: iwt blank 46NT62 part 1

iwt blank 46NT63 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT63
has input: iwt blank 46NT63
has output: iwt blank 46NT63 part 2
has output: iwt blank 46NT63 part 1

iwt blank 46NT64 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT64
has input: iwt blank 46NT64
has output: iwt blank 46NT64 part 2
has output: iwt blank 46NT64 part 1

iwt blank 46NT65 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT65
has input: iwt blank 46NT65
has output: iwt blank 46NT65 part 2
has output: iwt blank 46NT65 part 1

iwt blank 46NT66 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT66
has input: iwt blank 46NT66
has output: iwt blank 46NT66 part 2
has output: iwt blank 46NT66 part 1

iwt blank 46NT67 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT67
has input: iwt blank 46NT67
has output: iwt blank 46NT67 part 2
has output: iwt blank 46NT67 part 1

iwt blank 46NT68 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT68
has input: iwt blank 46NT68
has output: iwt blank 46NT68 part 2
has output: iwt blank 46NT68 part 1

iwt blank 46NT69 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT69
has input: iwt blank 46NT69
has output: iwt blank 46NT69 part 2
has output: iwt blank 46NT69 part 1

iwt blank 46NT70 part 2
type: object
type: temporally qualified continuant
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: Temporal Region of second IWT cutting 46NT70
has input: iwt blank 46NT70
has output: iwt blank 46NT70 part 2
has output: iwt blank 46NT70 part 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

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.
PMD_0000060: true

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

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

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

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

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

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

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

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

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

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

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

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

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

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

Value of ASTM Grain Size
type: scalar value specification
has specified numeric value: 8.11

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.
PMD_0000060: true

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

has realization
type: ObjectProperty
domain: BFO_0000017
range: BFO_0000015
inverse of: realizes
definition: b has realization c =Def c realizes b
example: As for realizes

HV10 Indentation Hardness Test of 46NTG9
type: hardness testing process
exists at: Temporal Region of HV10 Indentation Hardness Test of 46NTG9
has input: Metallography Disc 46NTG9
has output: Metallography Disc 46NTG9
has output: (Dummy) HV10_46NTG9.xlsx

characteristic of
type: ObjectProperty
type: FunctionalProperty
IAO_0000112: this fragility is a characteristic of this vase
IAO_0000112: this red color is a characteristic of this apple
IAO_0000115: 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

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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV10 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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

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: Temporal Region of IWM Cutting 46NT01

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: Temporal Region of IWM Cutting 46NT02

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: Temporal Region of IWM Cutting 46NT03

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: Temporal Region of IWM Cutting 46NT04

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: Temporal Region of IWM Cutting 46NT05

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: Temporal Region of IWM Cutting 46NT06

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: Temporal Region of IWM Cutting 46NT07

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: Temporal Region of IWM Cutting 46NT08

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: Temporal Region of IWM Cutting 46NT09

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: Temporal Region of IWM Cutting 46NT10

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: Temporal Region of IWM Cutting 46NT11

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: Temporal Region of IWM Cutting 46NT12

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: Temporal Region of IWM Cutting 46NT13

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: Temporal Region of IWM Cutting 46NT14

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: Temporal Region of IWM Cutting 46NT15

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: Temporal Region of IWM Cutting 46NT16

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: Temporal Region of IWM Cutting 46NT17

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: Temporal Region of IWM Cutting 46NT18

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: Temporal Region of IWM Cutting 46NT20

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: Temporal Region of IWM Cutting 46NT22

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: Temporal Region of IWM Cutting 46NT23

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: Temporal Region of IWM Cutting 46NT24

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: Temporal Region of IWM Cutting 46NT25

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: Temporal Region of IWM Cutting 46NT26

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: Temporal Region of IWM Cutting 46NT27

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: Temporal Region of IWM Cutting 46NT28

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: Temporal Region of IWM Cutting 46NT29

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: Temporal Region of IWM Cutting 46NT30

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: Temporal Region of IWM Cutting 46NT31

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: Temporal Region of IWM Cutting 46NT32

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: Temporal Region of IWM Cutting 46NT33

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: Temporal Region of IWM Cutting 46NT34

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: Temporal Region of IWM Cutting 46NT35

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: Temporal Region of IWM Cutting 46NT36

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: Temporal Region of IWM Cutting 46NT37

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: Temporal Region of IWM Cutting 46NT38

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: Temporal Region of IWM Cutting 46NT39

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: Temporal Region of IWM Cutting 46NT40

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: Temporal Region of IWM Cutting 46NT41

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: Temporal Region of IWM Cutting 46NT42

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: Temporal Region of IWM Cutting 46NT43

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: Temporal Region of IWM Cutting 46NT44

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: Temporal Region of IWM Cutting 46NT45

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: Temporal Region of IWM Cutting 46NT46

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: Temporal Region of IWM Cutting 46NT47

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: Temporal Region of IWM Cutting 46NT48

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: Temporal Region of IWM Cutting 46NT49

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: Temporal Region of IWM Cutting 46NT50

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: Temporal Region of IWM Cutting 46NT51

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: Temporal Region of IWM Cutting 46NT52

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: Temporal Region of IWM Cutting 46NT53

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: Temporal Region of IWM Cutting 46NT54

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: Temporal Region of IWM Cutting 46NT55

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: Temporal Region of IWM Cutting 46NT57

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: Temporal Region of IWM Cutting 46NT58

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: Temporal Region of IWM Cutting 46NT59

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: Temporal Region of IWM Cutting 46NT60

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: Temporal Region of IWM Cutting 46NT61

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: Temporal Region of IWM Cutting 46NT62

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: Temporal Region of IWM Cutting 46NT63

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: Temporal Region of IWM Cutting 46NT64

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: Temporal Region of IWM Cutting 46NT65

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: Temporal Region of IWM Cutting 46NT66

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: Temporal Region of IWM Cutting 46NT67

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: Temporal Region of IWM Cutting 46NT68

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: Temporal Region of IWM Cutting 46NT69

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: Temporal Region of IWM Cutting 46NT70

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: PMD_0000952
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: PMD_0000952
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

categorical value specification
type: Class
subclass of: OBI_0001933
IAO_0000115: A value specification that is specifies one category out of a fixed number of nominal categories

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

time series
type: Class
subclass of: PMD_0000501
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.
PMD_0000060: true

(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

information content entity
type: Class
subclass of: BFO_0000031
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
subclass of: Restriction
  on property: is about
  some values from: BFO_0000001
IAO_0000112: Examples of information content entites include journal articles, data, graphical layouts, and graphs.
IAO_0000115: A generically dependent continuant that is about some thing.
IAO_0000116: 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).
IAO_0000116: 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.
IAO_0000119: OBI_0000142

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

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: BFO_0000003
IAO_0000116: 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
PMD_0000060: true

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

Process Characteristic Crosshead Separation Rate
type: process attribute
PMD refers to: Crosshead Separation Rate

Crosshead Separation Rate
type: quality
concretizes: Value of Crosshead Separation Rate

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: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Characteristic Environmental Temperature
type: process attribute
PMD refers to: Environmental Temperature

Environmental Temperature
type: quality
concretizes: Value of Environmental Temperature

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

Process Charactersitic Strain Rate
type: process attribute
PMD refers to: Strain Rate

Strain Rate
type: quality
concretizes: Value of Strain Rate

plan
type: Class
subclass of: BFO_0000017
definition: A plan is a realizable entity that is the inheres in a bearer who is committed to realizing it as a planned process.
PMD_0000060: true

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 02

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 03

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 04

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 05

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 06

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 07

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 08

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 09

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 10

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 11

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 12

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 13

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 14

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 15

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 17

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 18

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 19

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 20

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 22

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 24

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 25

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 26

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 27

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 28

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 29

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 30

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 32

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 33

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 34

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 35

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 36

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 37

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 38

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 39

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 40

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 41

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 42

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 43

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 44

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 45

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 62

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 63

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 64

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 65

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 66

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 67

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 68

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 69

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 70

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 71

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 72

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 73

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 74

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 77

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 78

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 79

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 80

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 81

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 82

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 83

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 84

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 85

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 86

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 87

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 88

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
has part: vspec ht temp 89

Heat Treatment Recipe
type: recipe
has part: austenitization Temperature
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

light microscopy
type: Class
label: Lichtmikroskopie @de
subclass of: PMD_0000875
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.

Temporal Region of Metallography of 46NTG9
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT01
precedes: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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: Temporal Region of HV1 Indentation Hardness Test of 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

Ra Roughness of 46NT77
type: Ra Roughness Value
characteristic of: Test piece 46NT77
concretizes: Value of Ra Roughness of 46NT77

Value of Ra Roughness of 46NT77
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.77

Ra Roughness of 46NT79
type: Ra Roughness Value
characteristic of: Test piece 46NT79
concretizes: Value of Ra Roughness of 46NT79

Value of Ra Roughness of 46NT79
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.34

Ra Roughness of 46NT81
type: Ra Roughness Value
characteristic of: Test piece 46NT81
concretizes: Value of Ra Roughness of 46NT81

Value of Ra Roughness of 46NT81
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.0

Ra Roughness of 46NT83
type: Ra Roughness Value
characteristic of: Test piece 46NT83
concretizes: Value of Ra Roughness of 46NT83

Value of Ra Roughness of 46NT83
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.69

Ra Roughness of 46NT85
type: Ra Roughness Value
characteristic of: Test piece 46NT85
concretizes: Value of Ra Roughness of 46NT85

Value of Ra Roughness of 46NT85
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.07

Ra Roughness of 46NT87
type: Ra Roughness Value
characteristic of: Test piece 46NT87
concretizes: Value of Ra Roughness of 46NT87

Value of Ra Roughness of 46NT87
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.9

Ra Roughness of 46NT89
type: Ra Roughness Value
characteristic of: Test piece 46NT89
concretizes: Value of Ra Roughness of 46NT89

Value of Ra Roughness of 46NT89
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.76

Ra Roughness of 46NT91
type: Ra Roughness Value
characteristic of: Test piece 46NT91
concretizes: Value of Ra Roughness of 46NT91

Value of Ra Roughness of 46NT91
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.94

Ra Roughness of 46NT93
type: Ra Roughness Value
characteristic of: Test piece 46NT93
concretizes: Value of Ra Roughness of 46NT93

Value of Ra Roughness of 46NT93
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.83

Ra Roughness of 46NT95
type: Ra Roughness Value
characteristic of: Test piece 46NT95
concretizes: Value of Ra Roughness of 46NT95

Value of Ra Roughness of 46NT95
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.69

Ra Roughness of 46NT97
type: Ra Roughness Value
characteristic of: Test piece 46NT97
concretizes: Value of Ra Roughness of 46NT97

Value of Ra Roughness of 46NT97
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.67

Ra Roughness of 46NT99
type: Ra Roughness Value
characteristic of: Test piece 46NT99
concretizes: Value of Ra Roughness of 46NT99

Value of Ra Roughness of 46NT99
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.19

Ra Roughness of 46NT9B
type: Ra Roughness Value
characteristic of: Test piece 46NT9B
concretizes: Value of Ra Roughness of 46NT9B

Value of Ra Roughness of 46NT9B
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.63

Ra Roughness of 46NT9D
type: Ra Roughness Value
characteristic of: Test piece 46NT9D
concretizes: Value of Ra Roughness of 46NT9D

Value of Ra Roughness of 46NT9D
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.79

Ra Roughness of 46NT9F
type: Ra Roughness Value
characteristic of: Test piece 46NT9F
concretizes: Value of Ra Roughness of 46NT9F

Value of Ra Roughness of 46NT9F
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.72

Ra Roughness of 46NT9J
type: Ra Roughness Value
characteristic of: Test piece 46NT9J
concretizes: Value of Ra Roughness of 46NT9J

Value of Ra Roughness of 46NT9J
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.51

Ra Roughness of 46NT9N
type: Ra Roughness Value
characteristic of: Test piece 46NT9N
concretizes: Value of Ra Roughness of 46NT9N

Value of Ra Roughness of 46NT9N
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 2.13

Ra Roughness of 46NT9P
type: Ra Roughness Value
characteristic of: Test piece 46NT9P
concretizes: Value of Ra Roughness of 46NT9P

Value of Ra Roughness of 46NT9P
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.89

Ra Roughness of 46NT9R
type: Ra Roughness Value
characteristic of: Test piece 46NT9R
concretizes: Value of Ra Roughness of 46NT9R

Value of Ra Roughness of 46NT9R
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.49

Ra Roughness of 46NT9T
type: Ra Roughness Value
characteristic of: Test piece 46NT9T
concretizes: Value of Ra Roughness of 46NT9T

Value of Ra Roughness of 46NT9T
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.71

Ra Roughness of 46NT9V
type: Ra Roughness Value
characteristic of: Test piece 46NT9V
concretizes: Value of Ra Roughness of 46NT9V

Value of Ra Roughness of 46NT9V
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.76

Ra Roughness of 46NT9X
type: Ra Roughness Value
characteristic of: Test piece 46NT9X
concretizes: Value of Ra Roughness of 46NT9X

Value of Ra Roughness of 46NT9X
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.82

Ra Roughness of 46NT9Z
type: Ra Roughness Value
characteristic of: Test piece 46NT9Z
concretizes: Value of Ra Roughness of 46NT9Z

Value of Ra Roughness of 46NT9Z
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.7

Ra Roughness of 46NTA1
type: Ra Roughness Value
characteristic of: Test piece 46NTA1
concretizes: Value of Ra Roughness of 46NTA1

Value of Ra Roughness of 46NTA1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.7

Ra Roughness of 46NTA3
type: Ra Roughness Value
characteristic of: Test piece 46NTA3
concretizes: Value of Ra Roughness of 46NTA3

Value of Ra Roughness of 46NTA3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.15

Ra Roughness of 46NTA5
type: Ra Roughness Value
characteristic of: Test piece 46NTA5
concretizes: Value of Ra Roughness of 46NTA5

Value of Ra Roughness of 46NTA5
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.65

Ra Roughness of 46NTA7
type: Ra Roughness Value
characteristic of: Test piece 46NTA7
concretizes: Value of Ra Roughness of 46NTA7

Value of Ra Roughness of 46NTA7
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.77

Ra Roughness of 46NTA9
type: Ra Roughness Value
characteristic of: Test piece 46NTA9
concretizes: Value of Ra Roughness of 46NTA9

Value of Ra Roughness of 46NTA9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.9

Ra Roughness of 46NTAB
type: Ra Roughness Value
characteristic of: Test piece 46NTAB
concretizes: Value of Ra Roughness of 46NTAB

Value of Ra Roughness of 46NTAB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.06

Ra Roughness of 46NTAD
type: Ra Roughness Value
characteristic of: Test piece 46NTAD
concretizes: Value of Ra Roughness of 46NTAD

Value of Ra Roughness of 46NTAD
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.02

Ra Roughness of 46NTAF
type: Ra Roughness Value
characteristic of: Test piece 46NTAF
concretizes: Value of Ra Roughness of 46NTAF

Value of Ra Roughness of 46NTAF
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.7

Ra Roughness of 46NTAH
type: Ra Roughness Value
characteristic of: Test piece 46NTAH
concretizes: Value of Ra Roughness of 46NTAH

Value of Ra Roughness of 46NTAH
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.85

Ra Roughness of 46NTAJ
type: Ra Roughness Value
characteristic of: Test piece 46NTAJ
concretizes: Value of Ra Roughness of 46NTAJ

Value of Ra Roughness of 46NTAJ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.95

Ra Roughness of 46NTAL
type: Ra Roughness Value
characteristic of: Test piece 46NTAL
concretizes: Value of Ra Roughness of 46NTAL

Value of Ra Roughness of 46NTAL
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.87

Ra Roughness of 46NTAN
type: Ra Roughness Value
characteristic of: Test piece 46NTAN
concretizes: Value of Ra Roughness of 46NTAN

Value of Ra Roughness of 46NTAN
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.03

Ra Roughness of 46NTAP
type: Ra Roughness Value
characteristic of: Test piece 46NTAP
concretizes: Value of Ra Roughness of 46NTAP

Value of Ra Roughness of 46NTAP
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.05

Ra Roughness of 46NTAR
type: Ra Roughness Value
characteristic of: Test piece 46NTAR
concretizes: Value of Ra Roughness of 46NTAR

Value of Ra Roughness of 46NTAR
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.83

Ra Roughness of 46NTAT
type: Ra Roughness Value
characteristic of: Test piece 46NTAT
concretizes: Value of Ra Roughness of 46NTAT

Value of Ra Roughness of 46NTAT
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.82

Ra Roughness of 46NTAV
type: Ra Roughness Value
characteristic of: Test piece 46NTAV
concretizes: Value of Ra Roughness of 46NTAV

Value of Ra Roughness of 46NTAV
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.9

Ra Roughness of 46NTAX
type: Ra Roughness Value
characteristic of: Test piece 46NTAX
concretizes: Value of Ra Roughness of 46NTAX

Value of Ra Roughness of 46NTAX
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.97

Ra Roughness of 46NTAZ
type: Ra Roughness Value
characteristic of: Test piece 46NTAZ
concretizes: Value of Ra Roughness of 46NTAZ

Value of Ra Roughness of 46NTAZ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.88

Ra Roughness of 46NTB1
type: Ra Roughness Value
characteristic of: Test piece 46NTB1
concretizes: Value of Ra Roughness of 46NTB1

Value of Ra Roughness of 46NTB1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.95

Ra Roughness of 46NTB3
type: Ra Roughness Value
characteristic of: Test piece 46NTB3
concretizes: Value of Ra Roughness of 46NTB3

Value of Ra Roughness of 46NTB3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.93

Ra Roughness of 46NTB5
type: Ra Roughness Value
characteristic of: Test piece 46NTB5
concretizes: Value of Ra Roughness of 46NTB5

Value of Ra Roughness of 46NTB5
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.64

Ra Roughness of 46NTB7
type: Ra Roughness Value
characteristic of: Test piece 46NTB7
concretizes: Value of Ra Roughness of 46NTB7

Value of Ra Roughness of 46NTB7
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.84

Ra Roughness of 46NTB9
type: Ra Roughness Value
characteristic of: Test piece 46NTB9
concretizes: Value of Ra Roughness of 46NTB9

Value of Ra Roughness of 46NTB9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.86

Ra Roughness of 46NTBB
type: Ra Roughness Value
characteristic of: Test piece 46NTBB
concretizes: Value of Ra Roughness of 46NTBB

Value of Ra Roughness of 46NTBB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.68

Ra Roughness of 46NTBD
type: Ra Roughness Value
characteristic of: Test piece 46NTBD
concretizes: Value of Ra Roughness of 46NTBD

Value of Ra Roughness of 46NTBD
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.66

Ra Roughness of 46NTBF
type: Ra Roughness Value
characteristic of: Test piece 46NTBF
concretizes: Value of Ra Roughness of 46NTBF

Value of Ra Roughness of 46NTBF
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.7

Ra Roughness of 46NTBH
type: Ra Roughness Value
characteristic of: Test piece 46NTBH
concretizes: Value of Ra Roughness of 46NTBH

Value of Ra Roughness of 46NTBH
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.96

Ra Roughness of 46NTBL
type: Ra Roughness Value
characteristic of: Test piece 46NTBL
concretizes: Value of Ra Roughness of 46NTBL

Value of Ra Roughness of 46NTBL
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.07

Ra Roughness of 46NTBN
type: Ra Roughness Value
characteristic of: Test piece 46NTBN
concretizes: Value of Ra Roughness of 46NTBN

Value of Ra Roughness of 46NTBN
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.79

Ra Roughness of 46NTBP
type: Ra Roughness Value
characteristic of: Test piece 46NTBP
concretizes: Value of Ra Roughness of 46NTBP

Value of Ra Roughness of 46NTBP
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.68

Ra Roughness of 46NTBR
type: Ra Roughness Value
characteristic of: Test piece 46NTBR
concretizes: Value of Ra Roughness of 46NTBR

Value of Ra Roughness of 46NTBR
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.15

Ra Roughness of 46NTBT
type: Ra Roughness Value
characteristic of: Test piece 46NTBT
concretizes: Value of Ra Roughness of 46NTBT

Value of Ra Roughness of 46NTBT
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.67

Ra Roughness of 46NTBV
type: Ra Roughness Value
characteristic of: Test piece 46NTBV
concretizes: Value of Ra Roughness of 46NTBV

Value of Ra Roughness of 46NTBV
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.96

Ra Roughness of 46NTBX
type: Ra Roughness Value
characteristic of: Test piece 46NTBX
concretizes: Value of Ra Roughness of 46NTBX

Value of Ra Roughness of 46NTBX
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.65

Ra Roughness of 46NTBZ
type: Ra Roughness Value
characteristic of: Test piece 46NTBZ
concretizes: Value of Ra Roughness of 46NTBZ

Value of Ra Roughness of 46NTBZ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.72

Ra Roughness of 46NTC1
type: Ra Roughness Value
characteristic of: Test piece 46NTC1
concretizes: Value of Ra Roughness of 46NTC1

Value of Ra Roughness of 46NTC1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.92

Ra Roughness of 46NTC3
type: Ra Roughness Value
characteristic of: Test piece 46NTC3
concretizes: Value of Ra Roughness of 46NTC3

Value of Ra Roughness of 46NTC3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.39

Ra Roughness of 46NTC5
type: Ra Roughness Value
characteristic of: Test piece 46NTC5
concretizes: Value of Ra Roughness of 46NTC5

Value of Ra Roughness of 46NTC5
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 1.01

Ra Roughness of 46NTC7
type: Ra Roughness Value
characteristic of: Test piece 46NTC7
concretizes: Value of Ra Roughness of 46NTC7

Value of Ra Roughness of 46NTC7
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.82

Ra Roughness of 46NTC9
type: Ra Roughness Value
characteristic of: Test piece 46NTC9
concretizes: Value of Ra Roughness of 46NTC9

Value of Ra Roughness of 46NTC9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.95

Ra Roughness of 46NTCB
type: Ra Roughness Value
characteristic of: Test piece 46NTCB
concretizes: Value of Ra Roughness of 46NTCB

Value of Ra Roughness of 46NTCB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 0.79

Rz Roughness of 46NT71
type: Rz Roughness Value
characteristic of: Test piece 46NT71
concretizes: Value of Rz Roughness of 46NT71

Rz Roughness Value
type: Class
subclass of: intensive quality

Value of Rz Roughness of 46NT71
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.93

Rz Roughness of 46NT73
type: Rz Roughness Value
characteristic of: Test piece 46NT73
concretizes: Value of Rz Roughness of 46NT73

Value of Rz Roughness of 46NT73
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.1

Rz Roughness of 46NT75
type: Rz Roughness Value
characteristic of: Test piece 46NT75
concretizes: Value of Rz Roughness of 46NT75

Value of Rz Roughness of 46NT75
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 9.67

Rz Roughness of 46NT77
type: Rz Roughness Value
characteristic of: Test piece 46NT77
concretizes: Value of Rz Roughness of 46NT77

Value of Rz Roughness of 46NT77
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.65

Rz Roughness of 46NT79
type: Rz Roughness Value
characteristic of: Test piece 46NT79
concretizes: Value of Rz Roughness of 46NT79

Value of Rz Roughness of 46NT79
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 8.15

Rz Roughness of 46NT81
type: Rz Roughness Value
characteristic of: Test piece 46NT81
concretizes: Value of Rz Roughness of 46NT81

Value of Rz Roughness of 46NT81
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.77

Rz Roughness of 46NT83
type: Rz Roughness Value
characteristic of: Test piece 46NT83
concretizes: Value of Rz Roughness of 46NT83

Value of Rz Roughness of 46NT83
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.19

Rz Roughness of 46NT85
type: Rz Roughness Value
characteristic of: Test piece 46NT85
concretizes: Value of Rz Roughness of 46NT85

Value of Rz Roughness of 46NT85
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.39

Rz Roughness of 46NT87
type: Rz Roughness Value
characteristic of: Test piece 46NT87
concretizes: Value of Rz Roughness of 46NT87

Value of Rz Roughness of 46NT87
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.51

Rz Roughness of 46NT89
type: Rz Roughness Value
characteristic of: Test piece 46NT89
concretizes: Value of Rz Roughness of 46NT89

Value of Rz Roughness of 46NT89
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.86

Rz Roughness of 46NT91
type: Rz Roughness Value
characteristic of: Test piece 46NT91
concretizes: Value of Rz Roughness of 46NT91

Value of Rz Roughness of 46NT91
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.07

Rz Roughness of 46NT93
type: Rz Roughness Value
characteristic of: Test piece 46NT93
concretizes: Value of Rz Roughness of 46NT93

Value of Rz Roughness of 46NT93
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.6

Rz Roughness of 46NT95
type: Rz Roughness Value
characteristic of: Test piece 46NT95
concretizes: Value of Rz Roughness of 46NT95

Value of Rz Roughness of 46NT95
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.67

Rz Roughness of 46NT97
type: Rz Roughness Value
characteristic of: Test piece 46NT97
concretizes: Value of Rz Roughness of 46NT97

Value of Rz Roughness of 46NT97
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.45

Rz Roughness of 46NT99
type: Rz Roughness Value
characteristic of: Test piece 46NT99
concretizes: Value of Rz Roughness of 46NT99

Value of Rz Roughness of 46NT99
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 7.85

Rz Roughness of 46NT9B
type: Rz Roughness Value
characteristic of: Test piece 46NT9B
concretizes: Value of Rz Roughness of 46NT9B

Value of Rz Roughness of 46NT9B
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.16

Rz Roughness of 46NT9D
type: Rz Roughness Value
characteristic of: Test piece 46NT9D
concretizes: Value of Rz Roughness of 46NT9D

Value of Rz Roughness of 46NT9D
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.09

Rz Roughness of 46NT9F
type: Rz Roughness Value
characteristic of: Test piece 46NT9F
concretizes: Value of Rz Roughness of 46NT9F

Value of Rz Roughness of 46NT9F
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.55

Rz Roughness of 46NT9J
type: Rz Roughness Value
characteristic of: Test piece 46NT9J
concretizes: Value of Rz Roughness of 46NT9J

Value of Rz Roughness of 46NT9J
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 7.77

Rz Roughness of 46NT9N
type: Rz Roughness Value
characteristic of: Test piece 46NT9N
concretizes: Value of Rz Roughness of 46NT9N

Value of Rz Roughness of 46NT9N
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 11.87

Rz Roughness of 46NT9P
type: Rz Roughness Value
characteristic of: Test piece 46NT9P
concretizes: Value of Rz Roughness of 46NT9P

Value of Rz Roughness of 46NT9P
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.07

Rz Roughness of 46NT9R
type: Rz Roughness Value
characteristic of: Test piece 46NT9R
concretizes: Value of Rz Roughness of 46NT9R

Value of Rz Roughness of 46NT9R
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 3.41

Rz Roughness of 46NT9T
type: Rz Roughness Value
characteristic of: Test piece 46NT9T
concretizes: Value of Rz Roughness of 46NT9T

Value of Rz Roughness of 46NT9T
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.78

Rz Roughness of 46NT9V
type: Rz Roughness Value
characteristic of: Test piece 46NT9V
concretizes: Value of Rz Roughness of 46NT9V

Value of Rz Roughness of 46NT9V
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.78

Rz Roughness of 46NT9X
type: Rz Roughness Value
characteristic of: Test piece 46NT9X
concretizes: Value of Rz Roughness of 46NT9X

Value of Rz Roughness of 46NT9X
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.41

Rz Roughness of 46NT9Z
type: Rz Roughness Value
characteristic of: Test piece 46NT9Z
concretizes: Value of Rz Roughness of 46NT9Z

Value of Rz Roughness of 46NT9Z
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.41

Rz Roughness of 46NTA1
type: Rz Roughness Value
characteristic of: Test piece 46NTA1
concretizes: Value of Rz Roughness of 46NTA1

Value of Rz Roughness of 46NTA1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.66

Rz Roughness of 46NTA3
type: Rz Roughness Value
characteristic of: Test piece 46NTA3
concretizes: Value of Rz Roughness of 46NTA3

Value of Rz Roughness of 46NTA3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.67

Rz Roughness of 46NTA5
type: Rz Roughness Value
characteristic of: Test piece 46NTA5
concretizes: Value of Rz Roughness of 46NTA5

Value of Rz Roughness of 46NTA5
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.15

Rz Roughness of 46NTA7
type: Rz Roughness Value
characteristic of: Test piece 46NTA7
concretizes: Value of Rz Roughness of 46NTA7

Value of Rz Roughness of 46NTA7
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.12

Rz Roughness of 46NTA9
type: Rz Roughness Value
characteristic of: Test piece 46NTA9
concretizes: Value of Rz Roughness of 46NTA9

Value of Rz Roughness of 46NTA9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.61

Rz Roughness of 46NTAB
type: Rz Roughness Value
characteristic of: Test piece 46NTAB
concretizes: Value of Rz Roughness of 46NTAB

Value of Rz Roughness of 46NTAB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.93

Rz Roughness of 46NTAD
type: Rz Roughness Value
characteristic of: Test piece 46NTAD
concretizes: Value of Rz Roughness of 46NTAD

Value of Rz Roughness of 46NTAD
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.16

Rz Roughness of 46NTAF
type: Rz Roughness Value
characteristic of: Test piece 46NTAF
concretizes: Value of Rz Roughness of 46NTAF

Value of Rz Roughness of 46NTAF
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.42

Rz Roughness of 46NTAH
type: Rz Roughness Value
characteristic of: Test piece 46NTAH
concretizes: Value of Rz Roughness of 46NTAH

Value of Rz Roughness of 46NTAH
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.41

Rz Roughness of 46NTAJ
type: Rz Roughness Value
characteristic of: Test piece 46NTAJ
concretizes: Value of Rz Roughness of 46NTAJ

Value of Rz Roughness of 46NTAJ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.66

Rz Roughness of 46NTAL
type: Rz Roughness Value
characteristic of: Test piece 46NTAL
concretizes: Value of Rz Roughness of 46NTAL

Value of Rz Roughness of 46NTAL
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.97

Rz Roughness of 46NTAN
type: Rz Roughness Value
characteristic of: Test piece 46NTAN
concretizes: Value of Rz Roughness of 46NTAN

Value of Rz Roughness of 46NTAN
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.01

Rz Roughness of 46NTAP
type: Rz Roughness Value
characteristic of: Test piece 46NTAP
concretizes: Value of Rz Roughness of 46NTAP

Value of Rz Roughness of 46NTAP
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.14

Rz Roughness of 46NTAR
type: Rz Roughness Value
characteristic of: Test piece 46NTAR
concretizes: Value of Rz Roughness of 46NTAR

Value of Rz Roughness of 46NTAR
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.99

Rz Roughness of 46NTAT
type: Rz Roughness Value
characteristic of: Test piece 46NTAT
concretizes: Value of Rz Roughness of 46NTAT

Value of Rz Roughness of 46NTAT
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.23

Rz Roughness of 46NTAV
type: Rz Roughness Value
characteristic of: Test piece 46NTAV
concretizes: Value of Rz Roughness of 46NTAV

Value of Rz Roughness of 46NTAV
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.82

Rz Roughness of 46NTAX
type: Rz Roughness Value
characteristic of: Test piece 46NTAX
concretizes: Value of Rz Roughness of 46NTAX

Value of Rz Roughness of 46NTAX
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.13

Rz Roughness of 46NTAZ
type: Rz Roughness Value
characteristic of: Test piece 46NTAZ
concretizes: Value of Rz Roughness of 46NTAZ

Value of Rz Roughness of 46NTAZ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.56

Rz Roughness of 46NTB1
type: Rz Roughness Value
characteristic of: Test piece 46NTB1
concretizes: Value of Rz Roughness of 46NTB1

Value of Rz Roughness of 46NTB1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.34

Rz Roughness of 46NTB3
type: Rz Roughness Value
characteristic of: Test piece 46NTB3
concretizes: Value of Rz Roughness of 46NTB3

Value of Rz Roughness of 46NTB3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.39

Rz Roughness of 46NTB5
type: Rz Roughness Value
characteristic of: Test piece 46NTB5
concretizes: Value of Rz Roughness of 46NTB5

Value of Rz Roughness of 46NTB5
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.26

Rz Roughness of 46NTB7
type: Rz Roughness Value
characteristic of: Test piece 46NTB7
concretizes: Value of Rz Roughness of 46NTB7

Value of Rz Roughness of 46NTB7
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.86

Rz Roughness of 46NTB9
type: Rz Roughness Value
characteristic of: Test piece 46NTB9
concretizes: Value of Rz Roughness of 46NTB9

Value of Rz Roughness of 46NTB9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.92

Rz Roughness of 46NTBB
type: Rz Roughness Value
characteristic of: Test piece 46NTBB
concretizes: Value of Rz Roughness of 46NTBB

Value of Rz Roughness of 46NTBB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.31

Rz Roughness of 46NTBD
type: Rz Roughness Value
characteristic of: Test piece 46NTBD
concretizes: Value of Rz Roughness of 46NTBD

Value of Rz Roughness of 46NTBD
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.42

Rz Roughness of 46NTBF
type: Rz Roughness Value
characteristic of: Test piece 46NTBF
concretizes: Value of Rz Roughness of 46NTBF

Value of Rz Roughness of 46NTBF
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.11

Rz Roughness of 46NTBH
type: Rz Roughness Value
characteristic of: Test piece 46NTBH
concretizes: Value of Rz Roughness of 46NTBH

Value of Rz Roughness of 46NTBH
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.45

Rz Roughness of 46NTBL
type: Rz Roughness Value
characteristic of: Test piece 46NTBL
concretizes: Value of Rz Roughness of 46NTBL

Value of Rz Roughness of 46NTBL
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 7.11

Rz Roughness of 46NTBN
type: Rz Roughness Value
characteristic of: Test piece 46NTBN
concretizes: Value of Rz Roughness of 46NTBN

Value of Rz Roughness of 46NTBN
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.0

Rz Roughness of 46NTBP
type: Rz Roughness Value
characteristic of: Test piece 46NTBP
concretizes: Value of Rz Roughness of 46NTBP

Value of Rz Roughness of 46NTBP
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.51

Rz Roughness of 46NTBR
type: Rz Roughness Value
characteristic of: Test piece 46NTBR
concretizes: Value of Rz Roughness of 46NTBR

Value of Rz Roughness of 46NTBR
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 7.49

Rz Roughness of 46NTBT
type: Rz Roughness Value
characteristic of: Test piece 46NTBT
concretizes: Value of Rz Roughness of 46NTBT

Value of Rz Roughness of 46NTBT
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 8.43

Rz Roughness of 46NTBV
type: Rz Roughness Value
characteristic of: Test piece 46NTBV
concretizes: Value of Rz Roughness of 46NTBV

Value of Rz Roughness of 46NTBV
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.68

Rz Roughness of 46NTBX
type: Rz Roughness Value
characteristic of: Test piece 46NTBX
concretizes: Value of Rz Roughness of 46NTBX

Value of Rz Roughness of 46NTBX
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 3.72

Rz Roughness of 46NTBZ
type: Rz Roughness Value
characteristic of: Test piece 46NTBZ
concretizes: Value of Rz Roughness of 46NTBZ

Value of Rz Roughness of 46NTBZ
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.49

Rz Roughness of 46NTC1
type: Rz Roughness Value
characteristic of: Test piece 46NTC1
concretizes: Value of Rz Roughness of 46NTC1

Value of Rz Roughness of 46NTC1
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.17

Rz Roughness of 46NTC3
type: Rz Roughness Value
characteristic of: Test piece 46NTC3
concretizes: Value of Rz Roughness of 46NTC3

Value of Rz Roughness of 46NTC3
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 10.57

Rz Roughness of 46NTC5
type: Rz Roughness Value
characteristic of: Test piece 46NTC5
concretizes: Value of Rz Roughness of 46NTC5

Value of Rz Roughness of 46NTC5
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 6.08

Rz Roughness of 46NTC7
type: Rz Roughness Value
characteristic of: Test piece 46NTC7
concretizes: Value of Rz Roughness of 46NTC7

Value of Rz Roughness of 46NTC7
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.88

Rz Roughness of 46NTC9
type: Rz Roughness Value
characteristic of: Test piece 46NTC9
concretizes: Value of Rz Roughness of 46NTC9

Value of Rz Roughness of 46NTC9
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 5.46

Rz Roughness of 46NTCB
type: Rz Roughness Value
characteristic of: Test piece 46NTCB
concretizes: Value of Rz Roughness of 46NTCB

Value of Rz Roughness of 46NTCB
type: scalar value specification
has measurement unit label: MicroM
has specified numeric value: 4.73

Batch of 46NT71
type: quality
characteristic of: Test piece 46NT71
concretizes: Value of Batch of 46NT71

Batch of 46NT73
type: quality
characteristic of: Test piece 46NT73
concretizes: Value of Batch of 46NT73

Batch of 46NT75
type: quality
characteristic of: Test piece 46NT75
concretizes: Value of Batch of 46NT75

Batch of 46NT77
type: quality
characteristic of: Test piece 46NT77
concretizes: Value of Batch of 46NT77

Batch of 46NT79
type: quality
characteristic of: Test piece 46NT79
concretizes: Value of Batch of 46NT79

Batch of 46NT81
type: quality
characteristic of: Test piece 46NT81
concretizes: Value of Batch of 46NT81

Batch of 46NT83
type: quality
characteristic of: Test piece 46NT83
concretizes: Value of Batch of 46NT83

Batch of 46NT85
type: quality
characteristic of: Test piece 46NT85
concretizes: Value of Batch of 46NT85

Batch of 46NT87
type: quality
characteristic of: Test piece 46NT87
concretizes: Value of Batch of 46NT87

Batch of 46NT89
type: quality
characteristic of: Test piece 46NT89
concretizes: Value of Batch of 46NT89

Batch of 46NT91
type: quality
characteristic of: Test piece 46NT91
concretizes: Value of Batch of 46NT91

Batch of 46NT93
type: quality
characteristic of: Test piece 46NT93
concretizes: Value of Batch of 46NT93

Batch of 46NT95
type: quality
characteristic of: Test piece 46NT95
concretizes: Value of Batch of 46NT95

Batch of 46NT97
type: quality
characteristic of: Test piece 46NT97
concretizes: Value of Batch of 46NT97

Batch of 46NT99
type: quality
characteristic of: Test piece 46NT99
concretizes: Value of Batch of 46NT99

Batch of 46NT9B
type: quality
characteristic of: Test piece 46NT9B
concretizes: Value of Batch of 46NT9B

Batch of 46NT9D
type: quality
characteristic of: Test piece 46NT9D
concretizes: Value of Batch of 46NT9D

Batch of 46NT9F
type: quality
characteristic of: Test piece 46NT9F
concretizes: Value of Batch of 46NT9F

Batch of 46NT9J
type: quality
characteristic of: Test piece 46NT9J
concretizes: Value of Batch of 46NT9J

Batch of 46NT9N
type: quality
characteristic of: Test piece 46NT9N
concretizes: Value of Batch of 46NT9N

Batch of 46NT9P
type: quality
characteristic of: Test piece 46NT9P
concretizes: Value of Batch of 46NT9P

Batch of 46NT9R
type: quality
characteristic of: Test piece 46NT9R
concretizes: Value of Batch of 46NT9R

Batch of 46NT9T
type: quality
characteristic of: Test piece 46NT9T
concretizes: Value of Batch of 46NT9T

Batch of 46NT9V
type: quality
characteristic of: Test piece 46NT9V
concretizes: Value of Batch of 46NT9V

Batch of 46NT9X
type: quality
characteristic of: Test piece 46NT9X
concretizes: Value of Batch of 46NT9X

Batch of 46NT9Z
type: quality
characteristic of: Test piece 46NT9Z
concretizes: Value of Batch of 46NT9Z

Batch of 46NTA1
type: quality
characteristic of: Test piece 46NTA1
concretizes: Value of Batch of 46NTA1

Batch of 46NTA3
type: quality
characteristic of: Test piece 46NTA3
concretizes: Value of Batch of 46NTA3

Batch of 46NTA5
type: quality
characteristic of: Test piece 46NTA5
concretizes: Value of Batch of 46NTA5

Batch of 46NTA7
type: quality
characteristic of: Test piece 46NTA7
concretizes: Value of Batch of 46NTA7

Batch of 46NTA9
type: quality
characteristic of: Test piece 46NTA9
concretizes: Value of Batch of 46NTA9

Batch of 46NTAB
type: quality
characteristic of: Test piece 46NTAB
concretizes: Value of Batch of 46NTAB

Batch of 46NTAD
type: quality
characteristic of: Test piece 46NTAD
concretizes: Value of Batch of 46NTAD

Batch of 46NTAF
type: quality
characteristic of: Test piece 46NTAF
concretizes: Value of Batch of 46NTAF

Batch of 46NTAH
type: quality
characteristic of: Test piece 46NTAH
concretizes: Value of Batch of 46NTAH

Batch of 46NTAJ
type: quality
characteristic of: Test piece 46NTAJ
concretizes: Value of Batch of 46NTAJ

Batch of 46NTAL
type: quality
characteristic of: Test piece 46NTAL
concretizes: Value of Batch of 46NTAL

Batch of 46NTAN
type: quality
characteristic of: Test piece 46NTAN
concretizes: Value of Batch of 46NTAN

Batch of 46NTAP
type: quality
characteristic of: Test piece 46NTAP
concretizes: Value of Batch of 46NTAP

Batch of 46NTAR
type: quality
characteristic of: Test piece 46NTAR
concretizes: Value of Batch of 46NTAR

Batch of 46NTAT
type: quality
characteristic of: Test piece 46NTAT
concretizes: Value of Batch of 46NTAT

Batch of 46NTAV
type: quality
characteristic of: Test piece 46NTAV
concretizes: Value of Batch of 46NTAV

Batch of 46NTAX
type: quality
characteristic of: Test piece 46NTAX
concretizes: Value of Batch of 46NTAX

Batch of 46NTAZ
type: quality
characteristic of: Test piece 46NTAZ
concretizes: Value of Batch of 46NTAZ

Batch of 46NTB1
type: quality
characteristic of: Test piece 46NTB1
concretizes: Value of Batch of 46NTB1

Batch of 46NTB3
type: quality
characteristic of: Test piece 46NTB3
concretizes: Value of Batch of 46NTB3

Batch of 46NTB5
type: quality
characteristic of: Test piece 46NTB5
concretizes: Value of Batch of 46NTB5

Batch of 46NTB7
type: quality
characteristic of: Test piece 46NTB7
concretizes: Value of Batch of 46NTB7

Batch of 46NTB9
type: quality
characteristic of: Test piece 46NTB9
concretizes: Value of Batch of 46NTB9

Batch of 46NTBB
type: quality
characteristic of: Test piece 46NTBB
concretizes: Value of Batch of 46NTBB

Batch of 46NTBD
type: quality
characteristic of: Test piece 46NTBD
concretizes: Value of Batch of 46NTBD

Batch of 46NTBF
type: quality
characteristic of: Test piece 46NTBF
concretizes: Value of Batch of 46NTBF

Batch of 46NTBH
type: quality
characteristic of: Test piece 46NTBH
concretizes: Value of Batch of 46NTBH

Batch of 46NTBL
type: quality
characteristic of: Test piece 46NTBL
concretizes: Value of Batch of 46NTBL

Batch of 46NTBN
type: quality
characteristic of: Test piece 46NTBN
concretizes: Value of Batch of 46NTBN

Batch of 46NTBP
type: quality
characteristic of: Test piece 46NTBP
concretizes: Value of Batch of 46NTBP

Batch of 46NTBR
type: quality
characteristic of: Test piece 46NTBR
concretizes: Value of Batch of 46NTBR

Batch of 46NTBT
type: quality
characteristic of: Test piece 46NTBT
concretizes: Value of Batch of 46NTBT

Batch of 46NTBV
type: quality
characteristic of: Test piece 46NTBV
concretizes: Value of Batch of 46NTBV

Batch of 46NTBX
type: quality
characteristic of: Test piece 46NTBX
concretizes: Value of Batch of 46NTBX

Batch of 46NTBZ
type: quality
characteristic of: Test piece 46NTBZ
concretizes: Value of Batch of 46NTBZ

Batch of 46NTC1
type: quality
characteristic of: Test piece 46NTC1
concretizes: Value of Batch of 46NTC1

Batch of 46NTC3
type: quality
characteristic of: Test piece 46NTC3
concretizes: Value of Batch of 46NTC3

Batch of 46NTC5
type: quality
characteristic of: Test piece 46NTC5
concretizes: Value of Batch of 46NTC5

Batch of 46NTC7
type: quality
characteristic of: Test piece 46NTC7
concretizes: Value of Batch of 46NTC7

Batch of 46NTC9
type: quality
characteristic of: Test piece 46NTC9
concretizes: Value of Batch of 46NTC9

Batch of 46NTCB
type: quality
characteristic of: Test piece 46NTCB
concretizes: Value of Batch of 46NTCB

Cross Section Area of 46NT71
type: Cross Section Area
characteristic of: Test piece 46NT71
concretizes: Value of Cross Section Area of 46NT71

Cross Section Area
type: Class
subclass of: size
definition: The cross section area is an area of a cutting or piece of an object cut off or broken at right angles or related to an axis.

Value of Cross Section Area of 46NT71
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.6585230984216

Cross Section Area of 46NT73
type: Cross Section Area
characteristic of: Test piece 46NT73
concretizes: Value of Cross Section Area of 46NT73

Value of Cross Section Area of 46NT73
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.61139920861775

Cross Section Area of 46NT75
type: Cross Section Area
characteristic of: Test piece 46NT75
concretizes: Value of Cross Section Area of 46NT75

Value of Cross Section Area of 46NT75
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.73718857846749

Cross Section Area of 46NT77
type: Cross Section Area
characteristic of: Test piece 46NT77
concretizes: Value of Cross Section Area of 46NT77

Value of Cross Section Area of 46NT77
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.71357244109229

Cross Section Area of 46NT79
type: Cross Section Area
characteristic of: Test piece 46NT79
concretizes: Value of Cross Section Area of 46NT79

Value of Cross Section Area of 46NT79
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.752940524032585

Cross Section Area of 46NT81
type: Cross Section Area
characteristic of: Test piece 46NT81
concretizes: Value of Cross Section Area of 46NT81

Value of Cross Section Area of 46NT81
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.752940524032585

Cross Section Area of 46NT83
type: Cross Section Area
characteristic of: Test piece 46NT83
concretizes: Value of Cross Section Area of 46NT83

Value of Cross Section Area of 46NT83
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.532985055984152

Cross Section Area of 46NT85
type: Cross Section Area
characteristic of: Test piece 46NT85
concretizes: Value of Cross Section Area of 46NT85

Value of Cross Section Area of 46NT85
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.540819402664045

Cross Section Area of 46NT87
type: Cross Section Area
characteristic of: Test piece 46NT87
concretizes: Value of Cross Section Area of 46NT87

Value of Cross Section Area of 46NT87
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.6585230984216

Cross Section Area of 46NT89
type: Cross Section Area
characteristic of: Test piece 46NT89
concretizes: Value of Cross Section Area of 46NT89

Value of Cross Section Area of 46NT89
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.556492808412802

Cross Section Area of 46NT91
type: Cross Section Area
characteristic of: Test piece 46NT91
concretizes: Value of Cross Section Area of 46NT91

Value of Cross Section Area of 46NT91
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.58785846946624

Cross Section Area of 46NT93
type: Cross Section Area
characteristic of: Test piece 46NT93
concretizes: Value of Cross Section Area of 46NT93

Value of Cross Section Area of 46NT93
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.61924926326091

Cross Section Area of 46NT95
type: Cross Section Area
characteristic of: Test piece 46NT95
concretizes: Value of Cross Section Area of 46NT95

Value of Cross Section Area of 46NT95
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.540819402664045

Cross Section Area of 46NT97
type: Cross Section Area
characteristic of: Test piece 46NT97
concretizes: Value of Cross Section Area of 46NT97

Value of Cross Section Area of 46NT97
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.509491440722446

Cross Section Area of 46NT99
type: Cross Section Area
characteristic of: Test piece 46NT99
concretizes: Value of Cross Section Area of 46NT99

Value of Cross Section Area of 46NT99
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.666382577842715

Cross Section Area of 46NT9B
type: Cross Section Area
characteristic of: Test piece 46NT9B
concretizes: Value of Cross Section Area of 46NT9B

Value of Cross Section Area of 46NT9B
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.642808851968347

Cross Section Area of 46NT9D
type: Cross Section Area
characteristic of: Test piece 46NT9D
concretizes: Value of Cross Section Area of 46NT9D

Value of Cross Section Area of 46NT9D
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.642808851968347

Cross Section Area of 46NT9F
type: Cross Section Area
characteristic of: Test piece 46NT9F
concretizes: Value of Cross Section Area of 46NT9F

Value of Cross Section Area of 46NT9F
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.556492808412802

Cross Section Area of 46NT9J
type: Cross Section Area
characteristic of: Test piece 46NT9J
concretizes: Value of Cross Section Area of 46NT9J

Value of Cross Section Area of 46NT9J
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.61139920861775

Cross Section Area of 46NT9N
type: Cross Section Area
characteristic of: Test piece 46NT9N
concretizes: Value of Cross Section Area of 46NT9N

Value of Cross Section Area of 46NT9N
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.454727982983233

Cross Section Area of 46NT9P
type: Cross Section Area
characteristic of: Test piece 46NT9P
concretizes: Value of Cross Section Area of 46NT9P

Value of Cross Section Area of 46NT9P
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.745063765851878

Cross Section Area of 46NT9R
type: Cross Section Area
characteristic of: Test piece 46NT9R
concretizes: Value of Cross Section Area of 46NT9R

Value of Cross Section Area of 46NT9R
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.768698752783

Cross Section Area of 46NT9T
type: Cross Section Area
characteristic of: Test piece 46NT9T
concretizes: Value of Cross Section Area of 46NT9T

Value of Cross Section Area of 46NT9T
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.603550724770926

Cross Section Area of 46NT9V
type: Cross Section Area
characteristic of: Test piece 46NT9V
concretizes: Value of Cross Section Area of 46NT9V

Value of Cross Section Area of 46NT9V
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.674243628060164

Cross Section Area of 46NT9X
type: Cross Section Area
characteristic of: Test piece 46NT9X
concretizes: Value of Cross Section Area of 46NT9X

Value of Cross Section Area of 46NT9X
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.627100888700394

Cross Section Area of 46NT9Z
type: Cross Section Area
characteristic of: Test piece 46NT9Z
concretizes: Value of Cross Section Area of 46NT9Z

Value of Cross Section Area of 46NT9Z
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.59570381172042

Cross Section Area of 46NTA1
type: Cross Section Area
characteristic of: Test piece 46NTA1
concretizes: Value of Cross Section Area of 46NTA1

Value of Cross Section Area of 46NTA1
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.650665189796808

Cross Section Area of 46NTA3
type: Cross Section Area
characteristic of: Test piece 46NTA3
concretizes: Value of Cross Section Area of 46NTA3

Value of Cross Section Area of 46NTA3
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.68210624907394

Cross Section Area of 46NTA5
type: Cross Section Area
characteristic of: Test piece 46NTA5
concretizes: Value of Cross Section Area of 46NTA5

Value of Cross Section Area of 46NTA5
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.674243628060164

Cross Section Area of 46NTA7
type: Cross Section Area
characteristic of: Test piece 46NTA7
concretizes: Value of Cross Section Area of 46NTA7

Value of Cross Section Area of 46NTA7
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.650665189796808

Cross Section Area of 46NTA9
type: Cross Section Area
characteristic of: Test piece 46NTA9
concretizes: Value of Cross Section Area of 46NTA9

Value of Cross Section Area of 46NTA9
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.642808851968347

Cross Section Area of 46NTAB
type: Cross Section Area
characteristic of: Test piece 46NTAB
concretizes: Value of Cross Section Area of 46NTAB

Value of Cross Section Area of 46NTAB
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.729314961879428

Cross Section Area of 46NTAD
type: Cross Section Area
characteristic of: Test piece 46NTAD
concretizes: Value of Cross Section Area of 46NTAD

Value of Cross Section Area of 46NTAD
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.68210624907394

Cross Section Area of 46NTAF
type: Cross Section Area
characteristic of: Test piece 46NTAF
concretizes: Value of Cross Section Area of 46NTAF

Value of Cross Section Area of 46NTAF
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.642808851968347

Cross Section Area of 46NTAH
type: Cross Section Area
characteristic of: Test piece 46NTAH
concretizes: Value of Cross Section Area of 46NTAH

Value of Cross Section Area of 46NTAH
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.58785846946624

Cross Section Area of 46NTAJ
type: Cross Section Area
characteristic of: Test piece 46NTAJ
concretizes: Value of Cross Section Area of 46NTAJ

Value of Cross Section Area of 46NTAJ
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.674243628060164

Cross Section Area of 46NTAL
type: Cross Section Area
characteristic of: Test piece 46NTAL
concretizes: Value of Cross Section Area of 46NTAL

Value of Cross Section Area of 46NTAL
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.674243628060164

Cross Section Area of 46NTAN
type: Cross Section Area
characteristic of: Test piece 46NTAN
concretizes: Value of Cross Section Area of 46NTAN

Value of Cross Section Area of 46NTAN
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.752940524032585

Cross Section Area of 46NTAP
type: Cross Section Area
characteristic of: Test piece 46NTAP
concretizes: Value of Cross Section Area of 46NTAP

Value of Cross Section Area of 46NTAP
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.71357244109229

Cross Section Area of 46NTAR
type: Cross Section Area
characteristic of: Test piece 46NTAR
concretizes: Value of Cross Section Area of 46NTAR

Value of Cross Section Area of 46NTAR
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.69783620349046

Cross Section Area of 46NTAT
type: Cross Section Area
characteristic of: Test piece 46NTAT
concretizes: Value of Cross Section Area of 46NTAT

Value of Cross Section Area of 46NTAT
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.666382577842715

Cross Section Area of 46NTAV
type: Cross Section Area
characteristic of: Test piece 46NTAV
concretizes: Value of Cross Section Area of 46NTAV

Value of Cross Section Area of 46NTAV
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.666382577842715

Cross Section Area of 46NTAX
type: Cross Section Area
characteristic of: Test piece 46NTAX
concretizes: Value of Cross Section Area of 46NTAX

Value of Cross Section Area of 46NTAX
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.666382577842715

Cross Section Area of 46NTAZ
type: Cross Section Area
characteristic of: Test piece 46NTAZ
concretizes: Value of Cross Section Area of 46NTAZ

Value of Cross Section Area of 46NTAZ
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.61924926326091

Cross Section Area of 46NTB1
type: Cross Section Area
characteristic of: Test piece 46NTB1
concretizes: Value of Cross Section Area of 46NTB1

Value of Cross Section Area of 46NTB1
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.674243628060164

Cross Section Area of 46NTB3
type: Cross Section Area
characteristic of: Test piece 46NTB3
concretizes: Value of Cross Section Area of 46NTB3

Value of Cross Section Area of 46NTB3
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.69783620349046

Cross Section Area of 46NTB5
type: Cross Section Area
characteristic of: Test piece 46NTB5
concretizes: Value of Cross Section Area of 46NTB5

Value of Cross Section Area of 46NTB5
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.666382577842715

Cross Section Area of 46NTB7
type: Cross Section Area
characteristic of: Test piece 46NTB7
concretizes: Value of Cross Section Area of 46NTB7

Value of Cross Section Area of 46NTB7
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.666382577842715

Cross Section Area of 46NTB9
type: Cross Section Area
characteristic of: Test piece 46NTB9
concretizes: Value of Cross Section Area of 46NTB9

Value of Cross Section Area of 46NTB9
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.729314961879428

Cross Section Area of 46NTBB
type: Cross Section Area
characteristic of: Test piece 46NTBB
concretizes: Value of Cross Section Area of 46NTBB

Value of Cross Section Area of 46NTBB
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.666382577842715

Cross Section Area of 46NTBD
type: Cross Section Area
characteristic of: Test piece 46NTBD
concretizes: Value of Cross Section Area of 46NTBD

Value of Cross Section Area of 46NTBD
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.642808851968347

Cross Section Area of 46NTBF
type: Cross Section Area
characteristic of: Test piece 46NTBF
concretizes: Value of Cross Section Area of 46NTBF

Value of Cross Section Area of 46NTBF
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.689970440884032

Cross Section Area of 46NTBH
type: Cross Section Area
characteristic of: Test piece 46NTBH
concretizes: Value of Cross Section Area of 46NTBH

Value of Cross Section Area of 46NTBH
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.674243628060164

Cross Section Area of 46NTBL
type: Cross Section Area
characteristic of: Test piece 46NTBL
concretizes: Value of Cross Section Area of 46NTBL

Value of Cross Section Area of 46NTBL
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.69783620349046

Cross Section Area of 46NTBN
type: Cross Section Area
characteristic of: Test piece 46NTBN
concretizes: Value of Cross Section Area of 46NTBN

Value of Cross Section Area of 46NTBN
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.73718857846749

Cross Section Area of 46NTBP
type: Cross Section Area
characteristic of: Test piece 46NTBP
concretizes: Value of Cross Section Area of 46NTBP

Value of Cross Section Area of 46NTBP
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.634954084936208

Cross Section Area of 46NTBR
type: Cross Section Area
characteristic of: Test piece 46NTBR
concretizes: Value of Cross Section Area of 46NTBR

Value of Cross Section Area of 46NTBR
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.752940524032585

Cross Section Area of 46NTBT
type: Cross Section Area
characteristic of: Test piece 46NTBT
concretizes: Value of Cross Section Area of 46NTBT

Value of Cross Section Area of 46NTBT
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.823902033493713

Cross Section Area of 46NTBV
type: Cross Section Area
characteristic of: Test piece 46NTBV
concretizes: Value of Cross Section Area of 46NTBV

Value of Cross Section Area of 46NTBV
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.58785846946624

Cross Section Area of 46NTBX
type: Cross Section Area
characteristic of: Test piece 46NTBX
concretizes: Value of Cross Section Area of 46NTBX

Value of Cross Section Area of 46NTBX
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.650665189796808

Cross Section Area of 46NTBZ
type: Cross Section Area
characteristic of: Test piece 46NTBZ
concretizes: Value of Cross Section Area of 46NTBZ

Value of Cross Section Area of 46NTBZ
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.6585230984216

Cross Section Area of 46NTC1
type: Cross Section Area
characteristic of: Test piece 46NTC1
concretizes: Value of Cross Section Area of 46NTC1

Value of Cross Section Area of 46NTC1
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.69783620349046

Cross Section Area of 46NTC3
type: Cross Section Area
characteristic of: Test piece 46NTC3
concretizes: Value of Cross Section Area of 46NTC3

Value of Cross Section Area of 46NTC3
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.065798812468813

Cross Section Area of 46NTC5
type: Cross Section Area
characteristic of: Test piece 46NTC5
concretizes: Value of Cross Section Area of 46NTC5

Value of Cross Section Area of 46NTC5
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.902897380768227

Cross Section Area of 46NTC7
type: Cross Section Area
characteristic of: Test piece 46NTC7
concretizes: Value of Cross Section Area of 46NTC7

Value of Cross Section Area of 46NTC7
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.627100888700394

Cross Section Area of 46NTC9
type: Cross Section Area
characteristic of: Test piece 46NTC9
concretizes: Value of Cross Section Area of 46NTC9

Value of Cross Section Area of 46NTC9
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.634954084936208

Cross Section Area of 46NTCB
type: Cross Section Area
characteristic of: Test piece 46NTCB
concretizes: Value of Cross Section Area of 46NTCB

Value of Cross Section Area of 46NTCB
type: scalar value specification
has measurement unit label: MilliM2
has specified numeric value: 19.634954084936208

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02983036920390606

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030099062380158546

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029807174515821325

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029937661657082174

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029905242191204235

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030065678977476754

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030016560122696403

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029883575845749365

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030110414403380907

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02993522265461398

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030032170394200287

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029978850960202617

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02992631464894041

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030114542405053273

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029841376912378304

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029878455429505638

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.03007181246249116

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030074472653748394

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029857114087968227

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029953692055375663

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02982033132604466

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02994114302023222

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029910290304738178

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030017727611274275

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029944175703831302

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030028062657001205

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030003661499434592

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029917171450326047

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029967912599107215

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029867285005218482

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029868507910122206

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02995096653413265

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.03006323471686731

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030004332651836173

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030013369031669547

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02995686455964125

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.0300064224796746

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030048614661473037

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.0299367022341184

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029734720660579972

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029866044253250543

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029900807648897538

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.03000495646223256

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029939821002019324

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029964512255798072

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02993019531852049

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029925920907495355

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029957562514340615

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.030042298797896157

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02980030634376788

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02982404749209776

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029813929967139777

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029960657216012175

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029754069427606125

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029778705134982212

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02984006322312683

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02993803847221003

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029980936369504198

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02996085388909943

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029895807068433623

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029914890708168225

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.02985355415408168

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029804949134021118

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029813099575939004

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029762494339791033

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029814276276610905

Value of Crosshead Separation Rate
type: scalar value specification
has measurement unit label: MilliM-PER-SEC
has specified numeric value: 0.029749028512898096

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Value of Environmental Temperature
type: scalar value specification
has measurement unit label: DEG C
has specified numeric value: 21.0

Original Diameter of 46NT71
type: Original Diameter
characteristic of: Test piece 46NT71
concretizes: Value of Original Diameter of 46NT71

Original Diameter
type: Class
subclass of: length
definition: The length of a straight line through the center of an object (tensile test piece) as measured prior to a tensile test.

Value of Original Diameter of 46NT71
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.003

Original Diameter of 46NT73
type: Original Diameter
characteristic of: Test piece 46NT73
concretizes: Value of Original Diameter of 46NT73

Value of Original Diameter of 46NT73
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.997

Original Diameter of 46NT75
type: Original Diameter
characteristic of: Test piece 46NT75
concretizes: Value of Original Diameter of 46NT75

Value of Original Diameter of 46NT75
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.013

Original Diameter of 46NT77
type: Original Diameter
characteristic of: Test piece 46NT77
concretizes: Value of Original Diameter of 46NT77

Value of Original Diameter of 46NT77
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.01

Original Diameter of 46NT79
type: Original Diameter
characteristic of: Test piece 46NT79
concretizes: Value of Original Diameter of 46NT79

Value of Original Diameter of 46NT79
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.015

Original Diameter of 46NT81
type: Original Diameter
characteristic of: Test piece 46NT81
concretizes: Value of Original Diameter of 46NT81

Value of Original Diameter of 46NT81
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.015

Original Diameter of 46NT83
type: Original Diameter
characteristic of: Test piece 46NT83
concretizes: Value of Original Diameter of 46NT83

Value of Original Diameter of 46NT83
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.987

Original Diameter of 46NT85
type: Original Diameter
characteristic of: Test piece 46NT85
concretizes: Value of Original Diameter of 46NT85

Value of Original Diameter of 46NT85
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.988

Original Diameter of 46NT87
type: Original Diameter
characteristic of: Test piece 46NT87
concretizes: Value of Original Diameter of 46NT87

Value of Original Diameter of 46NT87
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.003

Original Diameter of 46NT89
type: Original Diameter
characteristic of: Test piece 46NT89
concretizes: Value of Original Diameter of 46NT89

Value of Original Diameter of 46NT89
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.99

Original Diameter of 46NT91
type: Original Diameter
characteristic of: Test piece 46NT91
concretizes: Value of Original Diameter of 46NT91

Value of Original Diameter of 46NT91
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.994

Original Diameter of 46NT93
type: Original Diameter
characteristic of: Test piece 46NT93
concretizes: Value of Original Diameter of 46NT93

Value of Original Diameter of 46NT93
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.998

Original Diameter of 46NT95
type: Original Diameter
characteristic of: Test piece 46NT95
concretizes: Value of Original Diameter of 46NT95

Value of Original Diameter of 46NT95
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.988

Original Diameter of 46NT97
type: Original Diameter
characteristic of: Test piece 46NT97
concretizes: Value of Original Diameter of 46NT97

Value of Original Diameter of 46NT97
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.984

Original Diameter of 46NT99
type: Original Diameter
characteristic of: Test piece 46NT99
concretizes: Value of Original Diameter of 46NT99

Value of Original Diameter of 46NT99
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.004

Original Diameter of 46NT9B
type: Original Diameter
characteristic of: Test piece 46NT9B
concretizes: Value of Original Diameter of 46NT9B

Value of Original Diameter of 46NT9B
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.001

Original Diameter of 46NT9D
type: Original Diameter
characteristic of: Test piece 46NT9D
concretizes: Value of Original Diameter of 46NT9D

Value of Original Diameter of 46NT9D
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.001

Original Diameter of 46NT9F
type: Original Diameter
characteristic of: Test piece 46NT9F
concretizes: Value of Original Diameter of 46NT9F

Value of Original Diameter of 46NT9F
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.99

Original Diameter of 46NT9J
type: Original Diameter
characteristic of: Test piece 46NT9J
concretizes: Value of Original Diameter of 46NT9J

Value of Original Diameter of 46NT9J
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.997

Original Diameter of 46NT9N
type: Original Diameter
characteristic of: Test piece 46NT9N
concretizes: Value of Original Diameter of 46NT9N

Value of Original Diameter of 46NT9N
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.977

Original Diameter of 46NT9P
type: Original Diameter
characteristic of: Test piece 46NT9P
concretizes: Value of Original Diameter of 46NT9P

Value of Original Diameter of 46NT9P
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.014

Original Diameter of 46NT9R
type: Original Diameter
characteristic of: Test piece 46NT9R
concretizes: Value of Original Diameter of 46NT9R

Value of Original Diameter of 46NT9R
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.017

Original Diameter of 46NT9T
type: Original Diameter
characteristic of: Test piece 46NT9T
concretizes: Value of Original Diameter of 46NT9T

Value of Original Diameter of 46NT9T
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.996

Original Diameter of 46NT9V
type: Original Diameter
characteristic of: Test piece 46NT9V
concretizes: Value of Original Diameter of 46NT9V

Value of Original Diameter of 46NT9V
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.005

Original Diameter of 46NT9X
type: Original Diameter
characteristic of: Test piece 46NT9X
concretizes: Value of Original Diameter of 46NT9X

Value of Original Diameter of 46NT9X
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.999

Original Diameter of 46NT9Z
type: Original Diameter
characteristic of: Test piece 46NT9Z
concretizes: Value of Original Diameter of 46NT9Z

Value of Original Diameter of 46NT9Z
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.995

Original Diameter of 46NTA1
type: Original Diameter
characteristic of: Test piece 46NTA1
concretizes: Value of Original Diameter of 46NTA1

Value of Original Diameter of 46NTA1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.002

Original Diameter of 46NTA3
type: Original Diameter
characteristic of: Test piece 46NTA3
concretizes: Value of Original Diameter of 46NTA3

Value of Original Diameter of 46NTA3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.006

Original Diameter of 46NTA5
type: Original Diameter
characteristic of: Test piece 46NTA5
concretizes: Value of Original Diameter of 46NTA5

Value of Original Diameter of 46NTA5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.005

Original Diameter of 46NTA7
type: Original Diameter
characteristic of: Test piece 46NTA7
concretizes: Value of Original Diameter of 46NTA7

Value of Original Diameter of 46NTA7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.002

Original Diameter of 46NTA9
type: Original Diameter
characteristic of: Test piece 46NTA9
concretizes: Value of Original Diameter of 46NTA9

Value of Original Diameter of 46NTA9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.001

Original Diameter of 46NTAB
type: Original Diameter
characteristic of: Test piece 46NTAB
concretizes: Value of Original Diameter of 46NTAB

Value of Original Diameter of 46NTAB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.012

Original Diameter of 46NTAD
type: Original Diameter
characteristic of: Test piece 46NTAD
concretizes: Value of Original Diameter of 46NTAD

Value of Original Diameter of 46NTAD
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.006

Original Diameter of 46NTAF
type: Original Diameter
characteristic of: Test piece 46NTAF
concretizes: Value of Original Diameter of 46NTAF

Value of Original Diameter of 46NTAF
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.001

Original Diameter of 46NTAH
type: Original Diameter
characteristic of: Test piece 46NTAH
concretizes: Value of Original Diameter of 46NTAH

Value of Original Diameter of 46NTAH
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.994

Original Diameter of 46NTAJ
type: Original Diameter
characteristic of: Test piece 46NTAJ
concretizes: Value of Original Diameter of 46NTAJ

Value of Original Diameter of 46NTAJ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.005

Original Diameter of 46NTAL
type: Original Diameter
characteristic of: Test piece 46NTAL
concretizes: Value of Original Diameter of 46NTAL

Value of Original Diameter of 46NTAL
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.005

Original Diameter of 46NTAN
type: Original Diameter
characteristic of: Test piece 46NTAN
concretizes: Value of Original Diameter of 46NTAN

Value of Original Diameter of 46NTAN
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.015

Original Diameter of 46NTAP
type: Original Diameter
characteristic of: Test piece 46NTAP
concretizes: Value of Original Diameter of 46NTAP

Value of Original Diameter of 46NTAP
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.01

Original Diameter of 46NTAR
type: Original Diameter
characteristic of: Test piece 46NTAR
concretizes: Value of Original Diameter of 46NTAR

Value of Original Diameter of 46NTAR
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.008

Original Diameter of 46NTAT
type: Original Diameter
characteristic of: Test piece 46NTAT
concretizes: Value of Original Diameter of 46NTAT

Value of Original Diameter of 46NTAT
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.004

Original Diameter of 46NTAV
type: Original Diameter
characteristic of: Test piece 46NTAV
concretizes: Value of Original Diameter of 46NTAV

Value of Original Diameter of 46NTAV
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.004

Original Diameter of 46NTAX
type: Original Diameter
characteristic of: Test piece 46NTAX
concretizes: Value of Original Diameter of 46NTAX

Value of Original Diameter of 46NTAX
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.004

Original Diameter of 46NTAZ
type: Original Diameter
characteristic of: Test piece 46NTAZ
concretizes: Value of Original Diameter of 46NTAZ

Value of Original Diameter of 46NTAZ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.998

Original Diameter of 46NTB1
type: Original Diameter
characteristic of: Test piece 46NTB1
concretizes: Value of Original Diameter of 46NTB1

Value of Original Diameter of 46NTB1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.005

Original Diameter of 46NTB3
type: Original Diameter
characteristic of: Test piece 46NTB3
concretizes: Value of Original Diameter of 46NTB3

Value of Original Diameter of 46NTB3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.008

Original Diameter of 46NTB5
type: Original Diameter
characteristic of: Test piece 46NTB5
concretizes: Value of Original Diameter of 46NTB5

Value of Original Diameter of 46NTB5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.004

Original Diameter of 46NTB7
type: Original Diameter
characteristic of: Test piece 46NTB7
concretizes: Value of Original Diameter of 46NTB7

Value of Original Diameter of 46NTB7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.004

Original Diameter of 46NTB9
type: Original Diameter
characteristic of: Test piece 46NTB9
concretizes: Value of Original Diameter of 46NTB9

Value of Original Diameter of 46NTB9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.012

Original Diameter of 46NTBB
type: Original Diameter
characteristic of: Test piece 46NTBB
concretizes: Value of Original Diameter of 46NTBB

Value of Original Diameter of 46NTBB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.004

Original Diameter of 46NTBD
type: Original Diameter
characteristic of: Test piece 46NTBD
concretizes: Value of Original Diameter of 46NTBD

Value of Original Diameter of 46NTBD
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.001

Original Diameter of 46NTBF
type: Original Diameter
characteristic of: Test piece 46NTBF
concretizes: Value of Original Diameter of 46NTBF

Value of Original Diameter of 46NTBF
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.007

Original Diameter of 46NTBH
type: Original Diameter
characteristic of: Test piece 46NTBH
concretizes: Value of Original Diameter of 46NTBH

Value of Original Diameter of 46NTBH
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.005

Original Diameter of 46NTBL
type: Original Diameter
characteristic of: Test piece 46NTBL
concretizes: Value of Original Diameter of 46NTBL

Value of Original Diameter of 46NTBL
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.008

Original Diameter of 46NTBN
type: Original Diameter
characteristic of: Test piece 46NTBN
concretizes: Value of Original Diameter of 46NTBN

Value of Original Diameter of 46NTBN
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.013

Original Diameter of 46NTBP
type: Original Diameter
characteristic of: Test piece 46NTBP
concretizes: Value of Original Diameter of 46NTBP

Value of Original Diameter of 46NTBP
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.0

Original Diameter of 46NTBR
type: Original Diameter
characteristic of: Test piece 46NTBR
concretizes: Value of Original Diameter of 46NTBR

Value of Original Diameter of 46NTBR
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.015

Original Diameter of 46NTBT
type: Original Diameter
characteristic of: Test piece 46NTBT
concretizes: Value of Original Diameter of 46NTBT

Value of Original Diameter of 46NTBT
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.024

Original Diameter of 46NTBV
type: Original Diameter
characteristic of: Test piece 46NTBV
concretizes: Value of Original Diameter of 46NTBV

Value of Original Diameter of 46NTBV
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.994

Original Diameter of 46NTBX
type: Original Diameter
characteristic of: Test piece 46NTBX
concretizes: Value of Original Diameter of 46NTBX

Value of Original Diameter of 46NTBX
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.002

Original Diameter of 46NTBZ
type: Original Diameter
characteristic of: Test piece 46NTBZ
concretizes: Value of Original Diameter of 46NTBZ

Value of Original Diameter of 46NTBZ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.003

Original Diameter of 46NTC1
type: Original Diameter
characteristic of: Test piece 46NTC1
concretizes: Value of Original Diameter of 46NTC1

Value of Original Diameter of 46NTC1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.008

Original Diameter of 46NTC3
type: Original Diameter
characteristic of: Test piece 46NTC3
concretizes: Value of Original Diameter of 46NTC3

Value of Original Diameter of 46NTC3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.927

Original Diameter of 46NTC5
type: Original Diameter
characteristic of: Test piece 46NTC5
concretizes: Value of Original Diameter of 46NTC5

Value of Original Diameter of 46NTC5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.034

Original Diameter of 46NTC7
type: Original Diameter
characteristic of: Test piece 46NTC7
concretizes: Value of Original Diameter of 46NTC7

Value of Original Diameter of 46NTC7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 4.999

Original Diameter of 46NTC9
type: Original Diameter
characteristic of: Test piece 46NTC9
concretizes: Value of Original Diameter of 46NTC9

Value of Original Diameter of 46NTC9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.0

Original Diameter of 46NTCB
type: Original Diameter
characteristic of: Test piece 46NTCB
concretizes: Value of Original Diameter of 46NTCB

Value of Original Diameter of 46NTCB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 5.0

Original Gauge Length of 46NT71
type: Original Gauge Length
characteristic of: Test piece 46NT71
concretizes: Value of Original Gauge Length of 46NT71

Original Gauge Length
type: Class
subclass of: length
definition: Length between gauge length marks on the test piece measured at room temperature before the test

Value of Original Gauge Length of 46NT71
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT73
type: Original Gauge Length
characteristic of: Test piece 46NT73
concretizes: Value of Original Gauge Length of 46NT73

Value of Original Gauge Length of 46NT73
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT75
type: Original Gauge Length
characteristic of: Test piece 46NT75
concretizes: Value of Original Gauge Length of 46NT75

Value of Original Gauge Length of 46NT75
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT77
type: Original Gauge Length
characteristic of: Test piece 46NT77
concretizes: Value of Original Gauge Length of 46NT77

Value of Original Gauge Length of 46NT77
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT79
type: Original Gauge Length
characteristic of: Test piece 46NT79
concretizes: Value of Original Gauge Length of 46NT79

Value of Original Gauge Length of 46NT79
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT81
type: Original Gauge Length
characteristic of: Test piece 46NT81
concretizes: Value of Original Gauge Length of 46NT81

Value of Original Gauge Length of 46NT81
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT83
type: Original Gauge Length
characteristic of: Test piece 46NT83
concretizes: Value of Original Gauge Length of 46NT83

Value of Original Gauge Length of 46NT83
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT85
type: Original Gauge Length
characteristic of: Test piece 46NT85
concretizes: Value of Original Gauge Length of 46NT85

Value of Original Gauge Length of 46NT85
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT87
type: Original Gauge Length
characteristic of: Test piece 46NT87
concretizes: Value of Original Gauge Length of 46NT87

Value of Original Gauge Length of 46NT87
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT89
type: Original Gauge Length
characteristic of: Test piece 46NT89
concretizes: Value of Original Gauge Length of 46NT89

Value of Original Gauge Length of 46NT89
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT91
type: Original Gauge Length
characteristic of: Test piece 46NT91
concretizes: Value of Original Gauge Length of 46NT91

Value of Original Gauge Length of 46NT91
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT93
type: Original Gauge Length
characteristic of: Test piece 46NT93
concretizes: Value of Original Gauge Length of 46NT93

Value of Original Gauge Length of 46NT93
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT95
type: Original Gauge Length
characteristic of: Test piece 46NT95
concretizes: Value of Original Gauge Length of 46NT95

Value of Original Gauge Length of 46NT95
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT97
type: Original Gauge Length
characteristic of: Test piece 46NT97
concretizes: Value of Original Gauge Length of 46NT97

Value of Original Gauge Length of 46NT97
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT99
type: Original Gauge Length
characteristic of: Test piece 46NT99
concretizes: Value of Original Gauge Length of 46NT99

Value of Original Gauge Length of 46NT99
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9B
type: Original Gauge Length
characteristic of: Test piece 46NT9B
concretizes: Value of Original Gauge Length of 46NT9B

Value of Original Gauge Length of 46NT9B
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9D
type: Original Gauge Length
characteristic of: Test piece 46NT9D
concretizes: Value of Original Gauge Length of 46NT9D

Value of Original Gauge Length of 46NT9D
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9F
type: Original Gauge Length
characteristic of: Test piece 46NT9F
concretizes: Value of Original Gauge Length of 46NT9F

Value of Original Gauge Length of 46NT9F
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9J
type: Original Gauge Length
characteristic of: Test piece 46NT9J
concretizes: Value of Original Gauge Length of 46NT9J

Value of Original Gauge Length of 46NT9J
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0
has specified numeric value: 25

Original Gauge Length of 46NT9N
type: Original Gauge Length
characteristic of: Test piece 46NT9N
concretizes: Value of Original Gauge Length of 46NT9N

Value of Original Gauge Length of 46NT9N
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9P
type: Original Gauge Length
characteristic of: Test piece 46NT9P
concretizes: Value of Original Gauge Length of 46NT9P

Value of Original Gauge Length of 46NT9P
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9R
type: Original Gauge Length
characteristic of: Test piece 46NT9R
concretizes: Value of Original Gauge Length of 46NT9R

Value of Original Gauge Length of 46NT9R
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9T
type: Original Gauge Length
characteristic of: Test piece 46NT9T
concretizes: Value of Original Gauge Length of 46NT9T

Value of Original Gauge Length of 46NT9T
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9V
type: Original Gauge Length
characteristic of: Test piece 46NT9V
concretizes: Value of Original Gauge Length of 46NT9V

Value of Original Gauge Length of 46NT9V
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9X
type: Original Gauge Length
characteristic of: Test piece 46NT9X
concretizes: Value of Original Gauge Length of 46NT9X

Value of Original Gauge Length of 46NT9X
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NT9Z
type: Original Gauge Length
characteristic of: Test piece 46NT9Z
concretizes: Value of Original Gauge Length of 46NT9Z

Value of Original Gauge Length of 46NT9Z
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTA1
type: Original Gauge Length
characteristic of: Test piece 46NTA1
concretizes: Value of Original Gauge Length of 46NTA1

Value of Original Gauge Length of 46NTA1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTA3
type: Original Gauge Length
characteristic of: Test piece 46NTA3
concretizes: Value of Original Gauge Length of 46NTA3

Value of Original Gauge Length of 46NTA3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTA5
type: Original Gauge Length
characteristic of: Test piece 46NTA5
concretizes: Value of Original Gauge Length of 46NTA5

Value of Original Gauge Length of 46NTA5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTA7
type: Original Gauge Length
characteristic of: Test piece 46NTA7
concretizes: Value of Original Gauge Length of 46NTA7

Value of Original Gauge Length of 46NTA7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTA9
type: Original Gauge Length
characteristic of: Test piece 46NTA9
concretizes: Value of Original Gauge Length of 46NTA9

Value of Original Gauge Length of 46NTA9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAB
type: Original Gauge Length
characteristic of: Test piece 46NTAB
concretizes: Value of Original Gauge Length of 46NTAB

Value of Original Gauge Length of 46NTAB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAD
type: Original Gauge Length
characteristic of: Test piece 46NTAD
concretizes: Value of Original Gauge Length of 46NTAD

Value of Original Gauge Length of 46NTAD
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAF
type: Original Gauge Length
characteristic of: Test piece 46NTAF
concretizes: Value of Original Gauge Length of 46NTAF

Value of Original Gauge Length of 46NTAF
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAH
type: Original Gauge Length
characteristic of: Test piece 46NTAH
concretizes: Value of Original Gauge Length of 46NTAH

Value of Original Gauge Length of 46NTAH
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAJ
type: Original Gauge Length
characteristic of: Test piece 46NTAJ
concretizes: Value of Original Gauge Length of 46NTAJ

Value of Original Gauge Length of 46NTAJ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAL
type: Original Gauge Length
characteristic of: Test piece 46NTAL
concretizes: Value of Original Gauge Length of 46NTAL

Value of Original Gauge Length of 46NTAL
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAN
type: Original Gauge Length
characteristic of: Test piece 46NTAN
concretizes: Value of Original Gauge Length of 46NTAN

Value of Original Gauge Length of 46NTAN
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAP
type: Original Gauge Length
characteristic of: Test piece 46NTAP
concretizes: Value of Original Gauge Length of 46NTAP

Value of Original Gauge Length of 46NTAP
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAR
type: Original Gauge Length
characteristic of: Test piece 46NTAR
concretizes: Value of Original Gauge Length of 46NTAR

Value of Original Gauge Length of 46NTAR
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAT
type: Original Gauge Length
characteristic of: Test piece 46NTAT
concretizes: Value of Original Gauge Length of 46NTAT

Value of Original Gauge Length of 46NTAT
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAV
type: Original Gauge Length
characteristic of: Test piece 46NTAV
concretizes: Value of Original Gauge Length of 46NTAV

Value of Original Gauge Length of 46NTAV
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAX
type: Original Gauge Length
characteristic of: Test piece 46NTAX
concretizes: Value of Original Gauge Length of 46NTAX

Value of Original Gauge Length of 46NTAX
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTAZ
type: Original Gauge Length
characteristic of: Test piece 46NTAZ
concretizes: Value of Original Gauge Length of 46NTAZ

Value of Original Gauge Length of 46NTAZ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTB1
type: Original Gauge Length
characteristic of: Test piece 46NTB1
concretizes: Value of Original Gauge Length of 46NTB1

Value of Original Gauge Length of 46NTB1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTB3
type: Original Gauge Length
characteristic of: Test piece 46NTB3
concretizes: Value of Original Gauge Length of 46NTB3

Value of Original Gauge Length of 46NTB3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTB5
type: Original Gauge Length
characteristic of: Test piece 46NTB5
concretizes: Value of Original Gauge Length of 46NTB5

Value of Original Gauge Length of 46NTB5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTB7
type: Original Gauge Length
characteristic of: Test piece 46NTB7
concretizes: Value of Original Gauge Length of 46NTB7

Value of Original Gauge Length of 46NTB7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTB9
type: Original Gauge Length
characteristic of: Test piece 46NTB9
concretizes: Value of Original Gauge Length of 46NTB9

Value of Original Gauge Length of 46NTB9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBB
type: Original Gauge Length
characteristic of: Test piece 46NTBB
concretizes: Value of Original Gauge Length of 46NTBB

Value of Original Gauge Length of 46NTBB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBD
type: Original Gauge Length
characteristic of: Test piece 46NTBD
concretizes: Value of Original Gauge Length of 46NTBD

Value of Original Gauge Length of 46NTBD
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBF
type: Original Gauge Length
characteristic of: Test piece 46NTBF
concretizes: Value of Original Gauge Length of 46NTBF

Value of Original Gauge Length of 46NTBF
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBH
type: Original Gauge Length
characteristic of: Test piece 46NTBH
concretizes: Value of Original Gauge Length of 46NTBH

Value of Original Gauge Length of 46NTBH
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBL
type: Original Gauge Length
characteristic of: Test piece 46NTBL
concretizes: Value of Original Gauge Length of 46NTBL

Value of Original Gauge Length of 46NTBL
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBN
type: Original Gauge Length
characteristic of: Test piece 46NTBN
concretizes: Value of Original Gauge Length of 46NTBN

Value of Original Gauge Length of 46NTBN
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBP
type: Original Gauge Length
characteristic of: Test piece 46NTBP
concretizes: Value of Original Gauge Length of 46NTBP

Value of Original Gauge Length of 46NTBP
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBR
type: Original Gauge Length
characteristic of: Test piece 46NTBR
concretizes: Value of Original Gauge Length of 46NTBR

Value of Original Gauge Length of 46NTBR
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBT
type: Original Gauge Length
characteristic of: Test piece 46NTBT
concretizes: Value of Original Gauge Length of 46NTBT

Value of Original Gauge Length of 46NTBT
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBV
type: Original Gauge Length
characteristic of: Test piece 46NTBV
concretizes: Value of Original Gauge Length of 46NTBV

Value of Original Gauge Length of 46NTBV
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBX
type: Original Gauge Length
characteristic of: Test piece 46NTBX
concretizes: Value of Original Gauge Length of 46NTBX

Value of Original Gauge Length of 46NTBX
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTBZ
type: Original Gauge Length
characteristic of: Test piece 46NTBZ
concretizes: Value of Original Gauge Length of 46NTBZ

Value of Original Gauge Length of 46NTBZ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTC1
type: Original Gauge Length
characteristic of: Test piece 46NTC1
concretizes: Value of Original Gauge Length of 46NTC1

Value of Original Gauge Length of 46NTC1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTC3
type: Original Gauge Length
characteristic of: Test piece 46NTC3
concretizes: Value of Original Gauge Length of 46NTC3

Value of Original Gauge Length of 46NTC3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTC5
type: Original Gauge Length
characteristic of: Test piece 46NTC5
concretizes: Value of Original Gauge Length of 46NTC5

Value of Original Gauge Length of 46NTC5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTC7
type: Original Gauge Length
characteristic of: Test piece 46NTC7
concretizes: Value of Original Gauge Length of 46NTC7

Value of Original Gauge Length of 46NTC7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTC9
type: Original Gauge Length
characteristic of: Test piece 46NTC9
concretizes: Value of Original Gauge Length of 46NTC9

Value of Original Gauge Length of 46NTC9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Original Gauge Length of 46NTCB
type: Original Gauge Length
characteristic of: Test piece 46NTCB
concretizes: Value of Original Gauge Length of 46NTCB

Value of Original Gauge Length of 46NTCB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 25.0

Parallel Length of 46NT71
type: Parallel length
characteristic of: Test piece 46NT71
concretizes: Value of Parallel Length of 46NT71

Parallel length
type: Class
subclass of: length
definition: length of the parallel reduced section of the test piece

Value of Parallel Length of 46NT71
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT73
type: Parallel length
characteristic of: Test piece 46NT73
concretizes: Value of Parallel Length of 46NT73

Value of Parallel Length of 46NT73
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT75
type: Parallel length
characteristic of: Test piece 46NT75
concretizes: Value of Parallel Length of 46NT75

Value of Parallel Length of 46NT75
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT77
type: Parallel length
characteristic of: Test piece 46NT77
concretizes: Value of Parallel Length of 46NT77

Value of Parallel Length of 46NT77
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT79
type: Parallel length
characteristic of: Test piece 46NT79
concretizes: Value of Parallel Length of 46NT79

Value of Parallel Length of 46NT79
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT81
type: Parallel length
characteristic of: Test piece 46NT81
concretizes: Value of Parallel Length of 46NT81

Value of Parallel Length of 46NT81
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT83
type: Parallel length
characteristic of: Test piece 46NT83
concretizes: Value of Parallel Length of 46NT83

Value of Parallel Length of 46NT83
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT85
type: Parallel length
characteristic of: Test piece 46NT85
concretizes: Value of Parallel Length of 46NT85

Value of Parallel Length of 46NT85
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT87
type: Parallel length
characteristic of: Test piece 46NT87
concretizes: Value of Parallel Length of 46NT87

Value of Parallel Length of 46NT87
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT89
type: Parallel length
characteristic of: Test piece 46NT89
concretizes: Value of Parallel Length of 46NT89

Value of Parallel Length of 46NT89
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT91
type: Parallel length
characteristic of: Test piece 46NT91
concretizes: Value of Parallel Length of 46NT91

Value of Parallel Length of 46NT91
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT93
type: Parallel length
characteristic of: Test piece 46NT93
concretizes: Value of Parallel Length of 46NT93

Value of Parallel Length of 46NT93
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT95
type: Parallel length
characteristic of: Test piece 46NT95
concretizes: Value of Parallel Length of 46NT95

Value of Parallel Length of 46NT95
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT97
type: Parallel length
characteristic of: Test piece 46NT97
concretizes: Value of Parallel Length of 46NT97

Value of Parallel Length of 46NT97
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT99
type: Parallel length
characteristic of: Test piece 46NT99
concretizes: Value of Parallel Length of 46NT99

Value of Parallel Length of 46NT99
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9B
type: Parallel length
characteristic of: Test piece 46NT9B
concretizes: Value of Parallel Length of 46NT9B

Value of Parallel Length of 46NT9B
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9D
type: Parallel length
characteristic of: Test piece 46NT9D
concretizes: Value of Parallel Length of 46NT9D

Value of Parallel Length of 46NT9D
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9F
type: Parallel length
characteristic of: Test piece 46NT9F
concretizes: Value of Parallel Length of 46NT9F

Value of Parallel Length of 46NT9F
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9J
type: Parallel length
characteristic of: Test piece 46NT9J
concretizes: Value of Parallel Length of 46NT9J

Value of Parallel Length of 46NT9J
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0
has specified numeric value: 30

Parallel Length of 46NT9N
type: Parallel length
characteristic of: Test piece 46NT9N
concretizes: Value of Parallel Length of 46NT9N

Value of Parallel Length of 46NT9N
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9P
type: Parallel length
characteristic of: Test piece 46NT9P
concretizes: Value of Parallel Length of 46NT9P

Value of Parallel Length of 46NT9P
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9R
type: Parallel length
characteristic of: Test piece 46NT9R
concretizes: Value of Parallel Length of 46NT9R

Value of Parallel Length of 46NT9R
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9T
type: Parallel length
characteristic of: Test piece 46NT9T
concretizes: Value of Parallel Length of 46NT9T

Value of Parallel Length of 46NT9T
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9V
type: Parallel length
characteristic of: Test piece 46NT9V
concretizes: Value of Parallel Length of 46NT9V

Value of Parallel Length of 46NT9V
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9X
type: Parallel length
characteristic of: Test piece 46NT9X
concretizes: Value of Parallel Length of 46NT9X

Value of Parallel Length of 46NT9X
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NT9Z
type: Parallel length
characteristic of: Test piece 46NT9Z
concretizes: Value of Parallel Length of 46NT9Z

Value of Parallel Length of 46NT9Z
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTA1
type: Parallel length
characteristic of: Test piece 46NTA1
concretizes: Value of Parallel Length of 46NTA1

Value of Parallel Length of 46NTA1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTA3
type: Parallel length
characteristic of: Test piece 46NTA3
concretizes: Value of Parallel Length of 46NTA3

Value of Parallel Length of 46NTA3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTA5
type: Parallel length
characteristic of: Test piece 46NTA5
concretizes: Value of Parallel Length of 46NTA5

Value of Parallel Length of 46NTA5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTA7
type: Parallel length
characteristic of: Test piece 46NTA7
concretizes: Value of Parallel Length of 46NTA7

Value of Parallel Length of 46NTA7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTA9
type: Parallel length
characteristic of: Test piece 46NTA9
concretizes: Value of Parallel Length of 46NTA9

Value of Parallel Length of 46NTA9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAB
type: Parallel length
characteristic of: Test piece 46NTAB
concretizes: Value of Parallel Length of 46NTAB

Value of Parallel Length of 46NTAB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAD
type: Parallel length
characteristic of: Test piece 46NTAD
concretizes: Value of Parallel Length of 46NTAD

Value of Parallel Length of 46NTAD
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAF
type: Parallel length
characteristic of: Test piece 46NTAF
concretizes: Value of Parallel Length of 46NTAF

Value of Parallel Length of 46NTAF
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAH
type: Parallel length
characteristic of: Test piece 46NTAH
concretizes: Value of Parallel Length of 46NTAH

Value of Parallel Length of 46NTAH
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAJ
type: Parallel length
characteristic of: Test piece 46NTAJ
concretizes: Value of Parallel Length of 46NTAJ

Value of Parallel Length of 46NTAJ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAL
type: Parallel length
characteristic of: Test piece 46NTAL
concretizes: Value of Parallel Length of 46NTAL

Value of Parallel Length of 46NTAL
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAN
type: Parallel length
characteristic of: Test piece 46NTAN
concretizes: Value of Parallel Length of 46NTAN

Value of Parallel Length of 46NTAN
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAP
type: Parallel length
characteristic of: Test piece 46NTAP
concretizes: Value of Parallel Length of 46NTAP

Value of Parallel Length of 46NTAP
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAR
type: Parallel length
characteristic of: Test piece 46NTAR
concretizes: Value of Parallel Length of 46NTAR

Value of Parallel Length of 46NTAR
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAT
type: Parallel length
characteristic of: Test piece 46NTAT
concretizes: Value of Parallel Length of 46NTAT

Value of Parallel Length of 46NTAT
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAV
type: Parallel length
characteristic of: Test piece 46NTAV
concretizes: Value of Parallel Length of 46NTAV

Value of Parallel Length of 46NTAV
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAX
type: Parallel length
characteristic of: Test piece 46NTAX
concretizes: Value of Parallel Length of 46NTAX

Value of Parallel Length of 46NTAX
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTAZ
type: Parallel length
characteristic of: Test piece 46NTAZ
concretizes: Value of Parallel Length of 46NTAZ

Value of Parallel Length of 46NTAZ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTB1
type: Parallel length
characteristic of: Test piece 46NTB1
concretizes: Value of Parallel Length of 46NTB1

Value of Parallel Length of 46NTB1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTB3
type: Parallel length
characteristic of: Test piece 46NTB3
concretizes: Value of Parallel Length of 46NTB3

Value of Parallel Length of 46NTB3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTB5
type: Parallel length
characteristic of: Test piece 46NTB5
concretizes: Value of Parallel Length of 46NTB5

Value of Parallel Length of 46NTB5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTB7
type: Parallel length
characteristic of: Test piece 46NTB7
concretizes: Value of Parallel Length of 46NTB7

Value of Parallel Length of 46NTB7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTB9
type: Parallel length
characteristic of: Test piece 46NTB9
concretizes: Value of Parallel Length of 46NTB9

Value of Parallel Length of 46NTB9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBB
type: Parallel length
characteristic of: Test piece 46NTBB
concretizes: Value of Parallel Length of 46NTBB

Value of Parallel Length of 46NTBB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBD
type: Parallel length
characteristic of: Test piece 46NTBD
concretizes: Value of Parallel Length of 46NTBD

Value of Parallel Length of 46NTBD
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBF
type: Parallel length
characteristic of: Test piece 46NTBF
concretizes: Value of Parallel Length of 46NTBF

Value of Parallel Length of 46NTBF
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBH
type: Parallel length
characteristic of: Test piece 46NTBH
concretizes: Value of Parallel Length of 46NTBH

Value of Parallel Length of 46NTBH
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBL
type: Parallel length
characteristic of: Test piece 46NTBL
concretizes: Value of Parallel Length of 46NTBL

Value of Parallel Length of 46NTBL
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBN
type: Parallel length
characteristic of: Test piece 46NTBN
concretizes: Value of Parallel Length of 46NTBN

Value of Parallel Length of 46NTBN
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBP
type: Parallel length
characteristic of: Test piece 46NTBP
concretizes: Value of Parallel Length of 46NTBP

Value of Parallel Length of 46NTBP
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBR
type: Parallel length
characteristic of: Test piece 46NTBR
concretizes: Value of Parallel Length of 46NTBR

Value of Parallel Length of 46NTBR
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBT
type: Parallel length
characteristic of: Test piece 46NTBT
concretizes: Value of Parallel Length of 46NTBT

Value of Parallel Length of 46NTBT
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBV
type: Parallel length
characteristic of: Test piece 46NTBV
concretizes: Value of Parallel Length of 46NTBV

Value of Parallel Length of 46NTBV
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBX
type: Parallel length
characteristic of: Test piece 46NTBX
concretizes: Value of Parallel Length of 46NTBX

Value of Parallel Length of 46NTBX
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTBZ
type: Parallel length
characteristic of: Test piece 46NTBZ
concretizes: Value of Parallel Length of 46NTBZ

Value of Parallel Length of 46NTBZ
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTC1
type: Parallel length
characteristic of: Test piece 46NTC1
concretizes: Value of Parallel Length of 46NTC1

Value of Parallel Length of 46NTC1
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTC3
type: Parallel length
characteristic of: Test piece 46NTC3
concretizes: Value of Parallel Length of 46NTC3

Value of Parallel Length of 46NTC3
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTC5
type: Parallel length
characteristic of: Test piece 46NTC5
concretizes: Value of Parallel Length of 46NTC5

Value of Parallel Length of 46NTC5
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTC7
type: Parallel length
characteristic of: Test piece 46NTC7
concretizes: Value of Parallel Length of 46NTC7

Value of Parallel Length of 46NTC7
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTC9
type: Parallel length
characteristic of: Test piece 46NTC9
concretizes: Value of Parallel Length of 46NTC9

Value of Parallel Length of 46NTC9
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Parallel Length of 46NTCB
type: Parallel length
characteristic of: Test piece 46NTCB
concretizes: Value of Parallel Length of 46NTCB

Value of Parallel Length of 46NTCB
type: scalar value specification
has measurement unit label: MilliM
has specified numeric value: 30.0

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000994345640130202

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010033020793386181

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000993572483860711

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009979220552360725

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009968414063734744

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010021892992492251

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010005520040898802

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009961191948583122

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010036804801126968

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009978407551537994

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010010723464733428

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009992950320067539

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000997543821631347

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010038180801684425

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009947125637459434

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009959485143168545

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010023937487497053

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010024824217916132

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009952371362656075

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009984564018458554

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009940110442014885

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009980381006744073

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000997009676824606

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010005909203758092

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009981391901277101

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010009354219000402

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.001000122049981153

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009972390483442015

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009989304199702405

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009955761668406162

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009956169303374069

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000998365551137755

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010021078238955769

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010001444217278724

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.001000445634388985

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009985621519880417

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.00100021408265582

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0010016204887157679

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009978900744706135

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009911573553526658

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009955348084416849

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009966935882965845

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.001000165215407752

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000997994033400644

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000998817075193269

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009976731772840164

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009975306969165119

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009985854171446872

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.001001409959929872

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009933435447922628

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009941349164032586

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000993797665571326

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009986885738670725

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009918023142535374

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000992623504499407

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009946687741042278

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009979346157403344

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009993645456501399

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009986951296366475

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009965269022811209

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009971630236056074

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009951184718027227

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009934983044673706

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009937699858646335

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.000992083144659701

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.0009938092092203635

Value of Strain Rate
type: scalar value specification
has measurement unit label: PER-SEC
has specified numeric value: 0.00099163428376327

scalar value specification
type: Class
subclass of: OBI_0001933
IAO_0000115: A value specification that consists of two parts: a numeral and a unit label

has specified numeric value
type: DatatypeProperty
domain: OBI_0001933
sub property of: OBI_0002135
IAO_0000115: A relation between a value specification and a number that quantifies it.
IAO_0000116: 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.
IAO_0000119: OBI

has measurement unit label
type: ObjectProperty
type: FunctionalProperty
range: IAO_0000003
sub property of: has part

Temporal Region of HV1 Indentation Hardness Test of 46NTG9
type: temporal region
preceded by: temp reg iwm metallography 46NTG9
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTG9

Temporal Region of HV1 Indentation Hardness Test of 46NTGE
type: temporal region
preceded by: temp reg iwm metallography 46NTGE
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTGE

Temporal Region of HV1 Indentation Hardness Test of 46NTGJ
type: temporal region
preceded by: temp reg iwm metallography 46NTGJ
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTGJ

Temporal Region of HV1 Indentation Hardness Test of 46NTGN
type: temporal region
preceded by: temp reg iwm metallography 46NTGN
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTGN

Temporal Region of HV1 Indentation Hardness Test of 46NTGS
type: temporal region
preceded by: temp reg iwm metallography 46NTGS
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTGS

Temporal Region of HV1 Indentation Hardness Test of 46NTGX
type: temporal region
preceded by: temp reg iwm metallography 46NTGX
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTGX

Temporal Region of HV1 Indentation Hardness Test of 46NTH1
type: temporal region
preceded by: temp reg iwm metallography 46NTH1
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTH1

Temporal Region of HV1 Indentation Hardness Test of 46NTH6
type: temporal region
preceded by: temp reg iwm metallography 46NTH6
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTH6

Temporal Region of HV1 Indentation Hardness Test of 46NTHB
type: temporal region
preceded by: temp reg iwm metallography 46NTHB
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTHB

Temporal Region of HV1 Indentation Hardness Test of 46NTHF
type: temporal region
preceded by: temp reg iwm metallography 46NTHF
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTHF

Temporal Region of HV1 Indentation Hardness Test of 46NTHK
type: temporal region
preceded by: temp reg iwm metallography 46NTHK
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTHK

Temporal Region of HV1 Indentation Hardness Test of 46NTHP
type: temporal region
preceded by: temp reg iwm metallography 46NTHP
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTHP

Temporal Region of HV1 Indentation Hardness Test of 46NTHT
type: temporal region
preceded by: temp reg iwm metallography 46NTHT
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTHT

Temporal Region of HV1 Indentation Hardness Test of 46NTHY
type: temporal region
preceded by: temp reg iwm metallography 46NTHY
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTHY

Temporal Region of HV1 Indentation Hardness Test of 46NTI3
type: temporal region
preceded by: temp reg iwm metallography 46NTI3
precedes: Temporal Region of HV10 Indentation Hardness Test of 46NTI3

Temporal Region of IWM Cutting 46NT01
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT01
precedes: Temporal Region of Tensile Test 46NT71

Temporal Region of IWM Cutting 46NT02
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT02
precedes: Temporal Region of Tensile Test 46NT73

Temporal Region of IWM Cutting 46NT03
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT03
precedes: Temporal Region of Tensile Test 46NT75

Temporal Region of IWM Cutting 46NT04
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT04
precedes: Temporal Region of Tensile Test 46NT77

Temporal Region of IWM Cutting 46NT05
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT05
precedes: Temporal Region of Tensile Test 46NT79

Temporal Region of IWM Cutting 46NT06
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT06
precedes: Temporal Region of Tensile Test 46NT81

Temporal Region of IWM Cutting 46NT07
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT07
precedes: Temporal Region of Tensile Test 46NT83

Temporal Region of IWM Cutting 46NT08
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT08
precedes: Temporal Region of Tensile Test 46NT85

Temporal Region of IWM Cutting 46NT09
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT09
precedes: Temporal Region of Tensile Test 46NT87

Temporal Region of IWM Cutting 46NT10
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT10
precedes: Temporal Region of Tensile Test 46NT89

Temporal Region of IWM Cutting 46NT11
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT11
precedes: Temporal Region of Tensile Test 46NT91

Temporal Region of IWM Cutting 46NT12
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT12
precedes: Temporal Region of Tensile Test 46NT93

Temporal Region of IWM Cutting 46NT13
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT13
precedes: Temporal Region of Tensile Test 46NT95

Temporal Region of IWM Cutting 46NT14
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT14
precedes: Temporal Region of Tensile Test 46NT97

Temporal Region of IWM Cutting 46NT15
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT15
precedes: Temporal Region of Tensile Test 46NT99

Temporal Region of IWM Cutting 46NT16
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT16
precedes: Temporal Region of Tensile Test 46NT9B

Temporal Region of IWM Cutting 46NT17
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT17
precedes: Temporal Region of Tensile Test 46NT9D

Temporal Region of IWM Cutting 46NT18
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT18
precedes: Temporal Region of Tensile Test 46NT9F

Temporal Region of IWM Cutting 46NT20
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT20
precedes: Temporal Region of Tensile Test 46NT9J

Temporal Region of IWM Cutting 46NT22
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT22
precedes: Temporal Region of Tensile Test 46NT9N

Temporal Region of IWM Cutting 46NT23
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT23
precedes: Temporal Region of Tensile Test 46NT9P

Temporal Region of IWM Cutting 46NT24
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT24
precedes: Temporal Region of Tensile Test 46NT9R

Temporal Region of IWM Cutting 46NT25
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT25
precedes: Temporal Region of Tensile Test 46NT9T

Temporal Region of IWM Cutting 46NT26
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT26
precedes: Temporal Region of Tensile Test 46NT9V

Temporal Region of IWM Cutting 46NT27
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT27
precedes: Temporal Region of Tensile Test 46NT9X

Temporal Region of IWM Cutting 46NT28
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT28
precedes: Temporal Region of Tensile Test 46NT9Z

Temporal Region of IWM Cutting 46NT29
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT29
precedes: Temporal Region of Tensile Test 46NTA1

Temporal Region of IWM Cutting 46NT30
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT30
precedes: Temporal Region of Tensile Test 46NTA3

Temporal Region of IWM Cutting 46NT31
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT31
precedes: Temporal Region of Tensile Test 46NTA5

Temporal Region of IWM Cutting 46NT32
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT32
precedes: Temporal Region of Tensile Test 46NTA7

Temporal Region of IWM Cutting 46NT33
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT33
precedes: Temporal Region of Tensile Test 46NTA9

Temporal Region of IWM Cutting 46NT34
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT34
precedes: Temporal Region of Tensile Test 46NTAB

Temporal Region of IWM Cutting 46NT35
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT35
precedes: Temporal Region of Tensile Test 46NTAD

Temporal Region of IWM Cutting 46NT36
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT36
precedes: Temporal Region of Tensile Test 46NTAF

Temporal Region of IWM Cutting 46NT37
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT37
precedes: Temporal Region of Tensile Test 46NTAH

Temporal Region of IWM Cutting 46NT38
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT38
precedes: Temporal Region of Tensile Test 46NTAJ

Temporal Region of IWM Cutting 46NT39
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT39
precedes: Temporal Region of Tensile Test 46NTAL

Temporal Region of IWM Cutting 46NT40
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT40
precedes: Temporal Region of Tensile Test 46NTAN

Temporal Region of IWM Cutting 46NT41
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT41
precedes: Temporal Region of Tensile Test 46NTAP

Temporal Region of IWM Cutting 46NT42
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT42
precedes: Temporal Region of Tensile Test 46NTAR

Temporal Region of IWM Cutting 46NT43
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT43
precedes: Temporal Region of Tensile Test 46NTAT

Temporal Region of IWM Cutting 46NT44
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT44
precedes: Temporal Region of Tensile Test 46NTAV

Temporal Region of IWM Cutting 46NT45
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT45
precedes: Temporal Region of Tensile Test 46NTAX

Temporal Region of IWM Cutting 46NT46
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT46
precedes: Temporal Region of Tensile Test 46NTAZ

Temporal Region of IWM Cutting 46NT47
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT47
precedes: Temporal Region of Tensile Test 46NTB1

Temporal Region of IWM Cutting 46NT48
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT48
precedes: Temporal Region of Tensile Test 46NTB3

Temporal Region of IWM Cutting 46NT49
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT49
precedes: Temporal Region of Tensile Test 46NTB5

Temporal Region of IWM Cutting 46NT50
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT50
precedes: Temporal Region of Tensile Test 46NTB7

Temporal Region of IWM Cutting 46NT51
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT51
precedes: Temporal Region of Tensile Test 46NTB9

Temporal Region of IWM Cutting 46NT52
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT52
precedes: Temporal Region of Tensile Test 46NTBB

Temporal Region of IWM Cutting 46NT53
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT53
precedes: Temporal Region of Tensile Test 46NTBD

Temporal Region of IWM Cutting 46NT54
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT54
precedes: Temporal Region of Tensile Test 46NTBF

Temporal Region of IWM Cutting 46NT55
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT55
precedes: Temporal Region of Tensile Test 46NTBH

Temporal Region of IWM Cutting 46NT57
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT57
precedes: Temporal Region of Tensile Test 46NTBL

Temporal Region of IWM Cutting 46NT58
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT58
precedes: Temporal Region of Tensile Test 46NTBN

Temporal Region of IWM Cutting 46NT59
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT59
precedes: Temporal Region of Tensile Test 46NTBP

Temporal Region of IWM Cutting 46NT60
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT60
precedes: Temporal Region of Tensile Test 46NTBR

Temporal Region of IWM Cutting 46NT61
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT61
precedes: Temporal Region of Tensile Test 46NTBT

Temporal Region of IWM Cutting 46NT62
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT62
precedes: Temporal Region of Tensile Test 46NTBV

Temporal Region of IWM Cutting 46NT63
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT63
precedes: Temporal Region of Tensile Test 46NTBX

Temporal Region of IWM Cutting 46NT64
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT64
precedes: Temporal Region of Tensile Test 46NTBZ

Temporal Region of IWM Cutting 46NT65
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT65
precedes: Temporal Region of Tensile Test 46NTC1

Temporal Region of IWM Cutting 46NT66
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT66
precedes: Temporal Region of Tensile Test 46NTC3

Temporal Region of IWM Cutting 46NT67
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT67
precedes: Temporal Region of Tensile Test 46NTC5

Temporal Region of IWM Cutting 46NT68
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT68
precedes: Temporal Region of Tensile Test 46NTC7

Temporal Region of IWM Cutting 46NT69
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT69
precedes: Temporal Region of Tensile Test 46NTC9

Temporal Region of IWM Cutting 46NT70
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT70
precedes: Temporal Region of Tensile Test 46NTCB

Temporal Region of Test Piece tqc 46NT71
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT01

Temporal Region of Test Piece tqc 46NT73
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT02

Temporal Region of Test Piece tqc 46NT75
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT03

Temporal Region of Test Piece tqc 46NT77
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT04

Temporal Region of Test Piece tqc 46NT79
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT05

Temporal Region of Test Piece tqc 46NT81
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT06

Temporal Region of Test Piece tqc 46NT83
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT07

Temporal Region of Test Piece tqc 46NT85
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT08

Temporal Region of Test Piece tqc 46NT87
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT09

Temporal Region of Test Piece tqc 46NT89
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT10

Temporal Region of Test Piece tqc 46NT91
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT11

Temporal Region of Test Piece tqc 46NT93
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT12

Temporal Region of Test Piece tqc 46NT95
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT13

Temporal Region of Test Piece tqc 46NT97
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT14

Temporal Region of Test Piece tqc 46NT99
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT15

Temporal Region of Test Piece tqc 46NT9B
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT16

Temporal Region of Test Piece tqc 46NT9D
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT17

Temporal Region of Test Piece tqc 46NT9F
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT18

Temporal Region of Test Piece tqc 46NT9J
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT20

Temporal Region of Test Piece tqc 46NT9N
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT22

Temporal Region of Test Piece tqc 46NT9P
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT23

Temporal Region of Test Piece tqc 46NT9R
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT24

Temporal Region of Test Piece tqc 46NT9T
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT25

Temporal Region of Test Piece tqc 46NT9V
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT26

Temporal Region of Test Piece tqc 46NT9X
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT27

Temporal Region of Test Piece tqc 46NT9Z
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT28

Temporal Region of Test Piece tqc 46NTA1
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT29

Temporal Region of Test Piece tqc 46NTA3
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT30

Temporal Region of Test Piece tqc 46NTA5
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT31

Temporal Region of Test Piece tqc 46NTA7
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT32

Temporal Region of Test Piece tqc 46NTA9
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT33

Temporal Region of Test Piece tqc 46NTAB
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT34

Temporal Region of Test Piece tqc 46NTAD
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT35

Temporal Region of Test Piece tqc 46NTAF
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT36

Temporal Region of Test Piece tqc 46NTAH
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT37

Temporal Region of Test Piece tqc 46NTAJ
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT38

Temporal Region of Test Piece tqc 46NTAL
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT39

Temporal Region of Test Piece tqc 46NTAN
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT40

Temporal Region of Test Piece tqc 46NTAP
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT41

Temporal Region of Test Piece tqc 46NTAR
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT42

Temporal Region of Test Piece tqc 46NTAT
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT43

Temporal Region of Test Piece tqc 46NTAV
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT44

Temporal Region of Test Piece tqc 46NTAX
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT45

Temporal Region of Test Piece tqc 46NTAZ
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT46

Temporal Region of Test Piece tqc 46NTB1
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT47

Temporal Region of Test Piece tqc 46NTB3
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT48

Temporal Region of Test Piece tqc 46NTB5
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT49

Temporal Region of Test Piece tqc 46NTB7
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT50

Temporal Region of Test Piece tqc 46NTB9
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT51

Temporal Region of Test Piece tqc 46NTBB
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT52

Temporal Region of Test Piece tqc 46NTBD
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT53

Temporal Region of Test Piece tqc 46NTBF
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT54

Temporal Region of Test Piece tqc 46NTBH
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT55

Temporal Region of Test Piece tqc 46NTBL
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT57

Temporal Region of Test Piece tqc 46NTBN
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT58

Temporal Region of Test Piece tqc 46NTBP
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT59

Temporal Region of Test Piece tqc 46NTBR
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT60

Temporal Region of Test Piece tqc 46NTBT
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT61

Temporal Region of Test Piece tqc 46NTBV
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT62

Temporal Region of Test Piece tqc 46NTBX
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT63

Temporal Region of Test Piece tqc 46NTBZ
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT64

Temporal Region of Test Piece tqc 46NTC1
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT65

Temporal Region of Test Piece tqc 46NTC3
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT66

Temporal Region of Test Piece tqc 46NTC5
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT67

Temporal Region of Test Piece tqc 46NTC7
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT68

Temporal Region of Test Piece tqc 46NTC9
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT69

Temporal Region of Test Piece tqc 46NTCB
type: temporal region
preceded by: Temporal Region of IWM Cutting 46NT70

46NT71.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT71.csv

CSV Schema
type: Schema
column: Displacement Column
column: Engineering Strain Column
column: Engineering Stress Column
column: Force Column
column: Machine Displacement Column
column: Time Column
column: True Strain Column
column: True Stress Column
dialect: CSV Dialect

46NT73.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT73.csv

46NT75.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT75.csv

46NT77.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT77.csv

46NT79.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT79.csv

46NT81.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT81.csv

46NT83.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT83.csv

46NT85.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT85.csv

46NT87.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT87.csv

46NT89.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT89.csv

46NT91.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT91.csv

46NT93.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT93.csv

46NT95.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT95.csv

46NT97.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT97.csv

46NT99.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT99.csv

46NT9B.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9B.csv

46NT9D.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9D.csv

46NT9F.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9F.csv

46NT9J.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9J.csv

46NT9N.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9N.csv

46NT9P.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9P.csv

46NT9R.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9R.csv

46NT9T.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9T.csv

46NT9V.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9V.csv

46NT9X.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9X.csv

46NT9Z.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NT9Z.csv

46NTA1.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTA1.csv

46NTA3.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTA3.csv

46NTA5.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTA5.csv

46NTA7.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTA7.csv

46NTA9.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTA9.csv

46NTAB.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAB.csv

46NTAD.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAD.csv

46NTAF.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAF.csv

46NTAH.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAH.csv

46NTAJ.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAJ.csv

46NTAL.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAL.csv

46NTAN.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAN.csv

46NTAP.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAP.csv

46NTAR.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAR.csv

46NTAT.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAT.csv

46NTAV.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAV.csv

46NTAX.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAX.csv

46NTAZ.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTAZ.csv

46NTB1.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTB1.csv

46NTB3.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTB3.csv

46NTB5.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTB5.csv

46NTB7.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTB7.csv

46NTB9.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTB9.csv

46NTBB.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBB.csv

46NTBD.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBD.csv

46NTBF.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBF.csv

46NTBH.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBH.csv

46NTBL.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBL.csv

46NTBN.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBN.csv

46NTBP.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBP.csv

46NTBR.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBR.csv

46NTBT.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBT.csv

46NTBV.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBV.csv

46NTBX.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBX.csv

46NTBZ.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTBZ.csv

46NTC1.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTC1.csv

46NTC3.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTC3.csv

46NTC5.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTC5.csv

46NTC7.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTC7.csv

46NTC9.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTC9.csv

46NTCB.csv
type: time series
type: Table
table schema: CSV Schema
url: https://materialdigital.github.io/demodata_tensiletest_42CrMoS4/resources/46NTCB.csv

CSV Dialect
type: Dialect
delimiter: ,
header: true
skip rows: 1

Tensile Test Plan 46NT71
type: plan
concretizes: DIN EN ISO 6892-1

DIN EN ISO 6892-1
type: IAO_0000007

Tensile Test Plan 46NT73
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT75
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT77
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT79
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT81
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT83
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT85
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT87
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT89
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT91
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT93
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT95
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT97
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT99
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9B
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9D
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9F
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9J
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9N
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9P
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9R
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9T
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9V
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9X
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NT9Z
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTA1
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTA3
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTA5
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTA7
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTA9
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAB
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAD
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAF
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAH
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAJ
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAL
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAN
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAP
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAR
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAT
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAV
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAX
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTAZ
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTB1
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTB3
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTB5
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTB7
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTB9
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBB
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBD
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBF
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBH
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBL
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBN
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBP
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBR
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBT
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBV
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBX
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTBZ
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTC1
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTC3
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTC5
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTC7
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTC9
type: plan
concretizes: DIN EN ISO 6892-1

Tensile Test Plan 46NTCB
type: plan
concretizes: DIN EN ISO 6892-1

Test Piece Role 46NT71
type: test piece role
has realization: Tensile Test of 46NT71
inheres in: Test piece 46NT71

test piece role
type: Class
label: Proben-Rolle @de
subclass of: BFO_0000023
IAO_0000116: 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
IAO_0000116: In certain cases, the test piece can be the sample or the specimen itself.
IAO_0000116: Mitunter kann der Probenabschnitt (Sample) oder der Prüfling (Specimen) unmittelbar als Probe dienen. @de
IAO_0000116: 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.
IAO_0000119: 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

Tensile Test of 46NT71
type: tensile testing process
realizes: Tensile Test Plan 46NT71
realizes: Test Piece Role 46NT71
exists at: Temporal Region of Tensile Test 46NT71
has participant: INSTRON_8852TT
has input: Test piece 46NT71
has output: 46NT71.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

inheres in
type: ObjectProperty
domain: BFO_0000020
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
range: Class
  intersection of: BFO_0000004
  intersection of: Class
    complement of: BFO_0000006
sub property of: BFO_0000195
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

Test Piece Role 46NT73
type: test piece role
has realization: Tensile Test of 46NT73
inheres in: Test piece 46NT73

Tensile Test of 46NT73
type: tensile testing process
realizes: Tensile Test Plan 46NT73
realizes: Test Piece Role 46NT73
exists at: Temporal Region of Tensile Test 46NT73
has participant: INSTRON_8852TT
has input: Test piece 46NT73
has output: 46NT73.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT75
type: test piece role
has realization: Tensile Test of 46NT75
inheres in: Test piece 46NT75

Tensile Test of 46NT75
type: tensile testing process
realizes: Tensile Test Plan 46NT75
realizes: Test Piece Role 46NT75
exists at: Temporal Region of Tensile Test 46NT75
has participant: INSTRON_8852TT
has input: Test piece 46NT75
has output: 46NT75.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT77
type: test piece role
has realization: Tensile Test of 46NT77
inheres in: Test piece 46NT77

Tensile Test of 46NT77
type: tensile testing process
realizes: Tensile Test Plan 46NT77
realizes: Test Piece Role 46NT77
exists at: Temporal Region of Tensile Test 46NT77
has participant: INSTRON_8852TT
has input: Test piece 46NT77
has output: 46NT77.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT79
type: test piece role
has realization: Tensile Test of 46NT79
inheres in: Test piece 46NT79

Tensile Test of 46NT79
type: tensile testing process
realizes: Tensile Test Plan 46NT79
realizes: Test Piece Role 46NT79
exists at: Temporal Region of Tensile Test 46NT79
has participant: INSTRON_8852TT
has input: Test piece 46NT79
has output: 46NT79.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT81
type: test piece role
has realization: Tensile Test of 46NT81
inheres in: Test piece 46NT81

Tensile Test of 46NT81
type: tensile testing process
realizes: Tensile Test Plan 46NT81
realizes: Test Piece Role 46NT81
exists at: Temporal Region of Tensile Test 46NT81
has participant: INSTRON_8852TT
has input: Test piece 46NT81
has output: 46NT81.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT83
type: test piece role
has realization: Tensile Test of 46NT83
inheres in: Test piece 46NT83

Tensile Test of 46NT83
type: tensile testing process
realizes: Tensile Test Plan 46NT83
realizes: Test Piece Role 46NT83
exists at: Temporal Region of Tensile Test 46NT83
has participant: INSTRON_8852TT
has input: Test piece 46NT83
has output: 46NT83.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT85
type: test piece role
has realization: Tensile Test of 46NT85
inheres in: Test piece 46NT85

Tensile Test of 46NT85
type: tensile testing process
realizes: Tensile Test Plan 46NT85
realizes: Test Piece Role 46NT85
exists at: Temporal Region of Tensile Test 46NT85
has participant: INSTRON_8852TT
has input: Test piece 46NT85
has output: 46NT85.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT87
type: test piece role
has realization: Tensile Test of 46NT87
inheres in: Test piece 46NT87

Tensile Test of 46NT87
type: tensile testing process
realizes: Tensile Test Plan 46NT87
realizes: Test Piece Role 46NT87
exists at: Temporal Region of Tensile Test 46NT87
has participant: INSTRON_8852TT
has input: Test piece 46NT87
has output: 46NT87.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT89
type: test piece role
has realization: Tensile Test of 46NT89
inheres in: Test piece 46NT89

Tensile Test of 46NT89
type: tensile testing process
realizes: Tensile Test Plan 46NT89
realizes: Test Piece Role 46NT89
exists at: Temporal Region of Tensile Test 46NT89
has participant: INSTRON_8852TT
has input: Test piece 46NT89
has output: 46NT89.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT91
type: test piece role
has realization: Tensile Test of 46NT91
inheres in: Test piece 46NT91

Tensile Test of 46NT91
type: tensile testing process
realizes: Tensile Test Plan 46NT91
realizes: Test Piece Role 46NT91
exists at: Temporal Region of Tensile Test 46NT91
has participant: INSTRON_8852TT
has input: Test piece 46NT91
has output: 46NT91.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT93
type: test piece role
has realization: Tensile Test of 46NT93
inheres in: Test piece 46NT93

Tensile Test of 46NT93
type: tensile testing process
realizes: Tensile Test Plan 46NT93
realizes: Test Piece Role 46NT93
exists at: Temporal Region of Tensile Test 46NT93
has participant: INSTRON_8852TT
has input: Test piece 46NT93
has output: 46NT93.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT95
type: test piece role
has realization: Tensile Test of 46NT95
inheres in: Test piece 46NT95

Tensile Test of 46NT95
type: tensile testing process
realizes: Tensile Test Plan 46NT95
realizes: Test Piece Role 46NT95
exists at: Temporal Region of Tensile Test 46NT95
has participant: INSTRON_8852TT
has input: Test piece 46NT95
has output: 46NT95.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT97
type: test piece role
has realization: Tensile Test of 46NT97
inheres in: Test piece 46NT97

Tensile Test of 46NT97
type: tensile testing process
realizes: Tensile Test Plan 46NT97
realizes: Test Piece Role 46NT97
exists at: Temporal Region of Tensile Test 46NT97
has participant: INSTRON_8852TT
has input: Test piece 46NT97
has output: 46NT97.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT99
type: test piece role
has realization: Tensile Test of 46NT99
inheres in: Test piece 46NT99

Tensile Test of 46NT99
type: tensile testing process
realizes: Tensile Test Plan 46NT99
realizes: Test Piece Role 46NT99
exists at: Temporal Region of Tensile Test 46NT99
has participant: INSTRON_8852TT
has input: Test piece 46NT99
has output: 46NT99.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9B
type: test piece role
has realization: Tensile Test of 46NT9B
inheres in: Test piece 46NT9B

Tensile Test of 46NT9B
type: tensile testing process
realizes: Tensile Test Plan 46NT9B
realizes: Test Piece Role 46NT9B
exists at: Temporal Region of Tensile Test 46NT9B
has participant: INSTRON_8852TT
has input: Test piece 46NT9B
has output: 46NT9B.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9D
type: test piece role
has realization: Tensile Test of 46NT9D
inheres in: Test piece 46NT9D

Tensile Test of 46NT9D
type: tensile testing process
realizes: Tensile Test Plan 46NT9D
realizes: Test Piece Role 46NT9D
exists at: Temporal Region of Tensile Test 46NT9D
has participant: INSTRON_8852TT
has input: Test piece 46NT9D
has output: 46NT9D.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9F
type: test piece role
has realization: Tensile Test of 46NT9F
inheres in: Test piece 46NT9F

Tensile Test of 46NT9F
type: tensile testing process
realizes: Tensile Test Plan 46NT9F
realizes: Test Piece Role 46NT9F
exists at: Temporal Region of Tensile Test 46NT9F
has participant: INSTRON_8852TT
has input: Test piece 46NT9F
has output: 46NT9F.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9J
type: test piece role
has realization: Tensile Test of 46NT9J
inheres in: Test piece 46NT9J

Tensile Test of 46NT9J
type: tensile testing process
realizes: Tensile Test Plan 46NT9J
realizes: Test Piece Role 46NT9J
exists at: Temporal Region of Tensile Test 46NT9J
has participant: INSTRON_8852TT
has input: Test piece 46NT9J
has output: 46NT9J.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9N
type: test piece role
has realization: Tensile Test of 46NT9N
inheres in: Test piece 46NT9N

Tensile Test of 46NT9N
type: tensile testing process
realizes: Tensile Test Plan 46NT9N
realizes: Test Piece Role 46NT9N
exists at: Temporal Region of Tensile Test 46NT9N
has participant: INSTRON_8852TT
has input: Test piece 46NT9N
has output: 46NT9N.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9P
type: test piece role
has realization: Tensile Test of 46NT9P
inheres in: Test piece 46NT9P

Tensile Test of 46NT9P
type: tensile testing process
realizes: Tensile Test Plan 46NT9P
realizes: Test Piece Role 46NT9P
exists at: Temporal Region of Tensile Test 46NT9P
has participant: INSTRON_8852TT
has input: Test piece 46NT9P
has output: 46NT9P.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9R
type: test piece role
has realization: Tensile Test of 46NT9R
inheres in: Test piece 46NT9R

Tensile Test of 46NT9R
type: tensile testing process
realizes: Tensile Test Plan 46NT9R
realizes: Test Piece Role 46NT9R
exists at: Temporal Region of Tensile Test 46NT9R
has participant: INSTRON_8852TT
has input: Test piece 46NT9R
has output: 46NT9R.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9T
type: test piece role
has realization: Tensile Test of 46NT9T
inheres in: Test piece 46NT9T

Tensile Test of 46NT9T
type: tensile testing process
realizes: Tensile Test Plan 46NT9T
realizes: Test Piece Role 46NT9T
exists at: Temporal Region of Tensile Test 46NT9T
has participant: INSTRON_8852TT
has input: Test piece 46NT9T
has output: 46NT9T.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9V
type: test piece role
has realization: Tensile Test of 46NT9V
inheres in: Test piece 46NT9V

Tensile Test of 46NT9V
type: tensile testing process
realizes: Tensile Test Plan 46NT9V
realizes: Test Piece Role 46NT9V
exists at: Temporal Region of Tensile Test 46NT9V
has participant: INSTRON_8852TT
has input: Test piece 46NT9V
has output: 46NT9V.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9X
type: test piece role
has realization: Tensile Test of 46NT9X
inheres in: Test piece 46NT9X

Tensile Test of 46NT9X
type: tensile testing process
realizes: Tensile Test Plan 46NT9X
realizes: Test Piece Role 46NT9X
exists at: Temporal Region of Tensile Test 46NT9X
has participant: INSTRON_8852TT
has input: Test piece 46NT9X
has output: 46NT9X.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NT9Z
type: test piece role
has realization: Tensile Test of 46NT9Z
inheres in: Test piece 46NT9Z

Tensile Test of 46NT9Z
type: tensile testing process
realizes: Tensile Test Plan 46NT9Z
realizes: Test Piece Role 46NT9Z
exists at: Temporal Region of Tensile Test 46NT9Z
has participant: INSTRON_8852TT
has input: Test piece 46NT9Z
has output: 46NT9Z.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTA1
type: test piece role
has realization: Tensile Test of 46NTA1
inheres in: Test piece 46NTA1

Tensile Test of 46NTA1
type: tensile testing process
realizes: Tensile Test Plan 46NTA1
realizes: Test Piece Role 46NTA1
exists at: Temporal Region of Tensile Test 46NTA1
has participant: INSTRON_8852TT
has input: Test piece 46NTA1
has output: 46NTA1.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTA3
type: test piece role
has realization: Tensile Test of 46NTA3
inheres in: Test piece 46NTA3

Tensile Test of 46NTA3
type: tensile testing process
realizes: Tensile Test Plan 46NTA3
realizes: Test Piece Role 46NTA3
exists at: Temporal Region of Tensile Test 46NTA3
has participant: INSTRON_8852TT
has input: Test piece 46NTA3
has output: 46NTA3.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTA5
type: test piece role
has realization: Tensile Test of 46NTA5
inheres in: Test piece 46NTA5

Tensile Test of 46NTA5
type: tensile testing process
realizes: Tensile Test Plan 46NTA5
realizes: Test Piece Role 46NTA5
exists at: Temporal Region of Tensile Test 46NTA5
has participant: INSTRON_8852TT
has input: Test piece 46NTA5
has output: 46NTA5.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTA7
type: test piece role
has realization: Tensile Test of 46NTA7
inheres in: Test piece 46NTA7

Tensile Test of 46NTA7
type: tensile testing process
realizes: Tensile Test Plan 46NTA7
realizes: Test Piece Role 46NTA7
exists at: Temporal Region of Tensile Test 46NTA7
has participant: INSTRON_8852TT
has input: Test piece 46NTA7
has output: 46NTA7.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTA9
type: test piece role
has realization: Tensile Test of 46NTA9
inheres in: Test piece 46NTA9

Tensile Test of 46NTA9
type: tensile testing process
realizes: Tensile Test Plan 46NTA9
realizes: Test Piece Role 46NTA9
exists at: Temporal Region of Tensile Test 46NTA9
has participant: INSTRON_8852TT
has input: Test piece 46NTA9
has output: 46NTA9.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAB
type: test piece role
has realization: Tensile Test of 46NTAB
inheres in: Test piece 46NTAB

Tensile Test of 46NTAB
type: tensile testing process
realizes: Tensile Test Plan 46NTAB
realizes: Test Piece Role 46NTAB
exists at: Temporal Region of Tensile Test 46NTAB
has participant: INSTRON_8852TT
has input: Test piece 46NTAB
has output: 46NTAB.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAD
type: test piece role
has realization: Tensile Test of 46NTAD
inheres in: Test piece 46NTAD

Tensile Test of 46NTAD
type: tensile testing process
realizes: Tensile Test Plan 46NTAD
realizes: Test Piece Role 46NTAD
exists at: Temporal Region of Tensile Test 46NTAD
has participant: INSTRON_8852TT
has input: Test piece 46NTAD
has output: 46NTAD.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAF
type: test piece role
has realization: Tensile Test of 46NTAF
inheres in: Test piece 46NTAF

Tensile Test of 46NTAF
type: tensile testing process
realizes: Tensile Test Plan 46NTAF
realizes: Test Piece Role 46NTAF
exists at: Temporal Region of Tensile Test 46NTAF
has participant: INSTRON_8852TT
has input: Test piece 46NTAF
has output: 46NTAF.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAH
type: test piece role
has realization: Tensile Test of 46NTAH
inheres in: Test piece 46NTAH

Tensile Test of 46NTAH
type: tensile testing process
realizes: Tensile Test Plan 46NTAH
realizes: Test Piece Role 46NTAH
exists at: Temporal Region of Tensile Test 46NTAH
has participant: INSTRON_8852TT
has input: Test piece 46NTAH
has output: 46NTAH.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAJ
type: test piece role
has realization: Tensile Test of 46NTAJ
inheres in: Test piece 46NTAJ

Tensile Test of 46NTAJ
type: tensile testing process
realizes: Tensile Test Plan 46NTAJ
realizes: Test Piece Role 46NTAJ
exists at: Temporal Region of Tensile Test 46NTAJ
has participant: INSTRON_8852TT
has input: Test piece 46NTAJ
has output: 46NTAJ.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAL
type: test piece role
has realization: Tensile Test of 46NTAL
inheres in: Test piece 46NTAL

Tensile Test of 46NTAL
type: tensile testing process
realizes: Tensile Test Plan 46NTAL
realizes: Test Piece Role 46NTAL
exists at: Temporal Region of Tensile Test 46NTAL
has participant: INSTRON_8852TT
has input: Test piece 46NTAL
has output: 46NTAL.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAN
type: test piece role
has realization: Tensile Test of 46NTAN
inheres in: Test piece 46NTAN

Tensile Test of 46NTAN
type: tensile testing process
realizes: Tensile Test Plan 46NTAN
realizes: Test Piece Role 46NTAN
exists at: Temporal Region of Tensile Test 46NTAN
has participant: INSTRON_8852TT
has input: Test piece 46NTAN
has output: 46NTAN.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAP
type: test piece role
has realization: Tensile Test of 46NTAP
inheres in: Test piece 46NTAP

Tensile Test of 46NTAP
type: tensile testing process
realizes: Tensile Test Plan 46NTAP
realizes: Test Piece Role 46NTAP
exists at: Temporal Region of Tensile Test 46NTAP
has participant: INSTRON_8852TT
has input: Test piece 46NTAP
has output: 46NTAP.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAR
type: test piece role
has realization: Tensile Test of 46NTAR
inheres in: Test piece 46NTAR

Tensile Test of 46NTAR
type: tensile testing process
realizes: Tensile Test Plan 46NTAR
realizes: Test Piece Role 46NTAR
exists at: Temporal Region of Tensile Test 46NTAR
has participant: INSTRON_8852TT
has input: Test piece 46NTAR
has output: 46NTAR.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAT
type: test piece role
has realization: Tensile Test of 46NTAT
inheres in: Test piece 46NTAT

Tensile Test of 46NTAT
type: tensile testing process
realizes: Tensile Test Plan 46NTAT
realizes: Test Piece Role 46NTAT
exists at: Temporal Region of Tensile Test 46NTAT
has participant: INSTRON_8852TT
has input: Test piece 46NTAT
has output: 46NTAT.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAV
type: test piece role
has realization: Tensile Test of 46NTAV
inheres in: Test piece 46NTAV

Tensile Test of 46NTAV
type: tensile testing process
realizes: Tensile Test Plan 46NTAV
realizes: Test Piece Role 46NTAV
exists at: Temporal Region of Tensile Test 46NTAV
has participant: INSTRON_8852TT
has input: Test piece 46NTAV
has output: 46NTAV.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAX
type: test piece role
has realization: Tensile Test of 46NTAX
inheres in: Test piece 46NTAX

Tensile Test of 46NTAX
type: tensile testing process
realizes: Tensile Test Plan 46NTAX
realizes: Test Piece Role 46NTAX
exists at: Temporal Region of Tensile Test 46NTAX
has participant: INSTRON_8852TT
has input: Test piece 46NTAX
has output: 46NTAX.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTAZ
type: test piece role
has realization: Tensile Test of 46NTAZ
inheres in: Test piece 46NTAZ

Tensile Test of 46NTAZ
type: tensile testing process
realizes: Tensile Test Plan 46NTAZ
realizes: Test Piece Role 46NTAZ
exists at: Temporal Region of Tensile Test 46NTAZ
has participant: INSTRON_8852TT
has input: Test piece 46NTAZ
has output: 46NTAZ.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTB1
type: test piece role
has realization: Tensile Test of 46NTB1
inheres in: Test piece 46NTB1

Tensile Test of 46NTB1
type: tensile testing process
realizes: Tensile Test Plan 46NTB1
realizes: Test Piece Role 46NTB1
exists at: Temporal Region of Tensile Test 46NTB1
has participant: INSTRON_8852TT
has input: Test piece 46NTB1
has output: 46NTB1.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTB3
type: test piece role
has realization: Tensile Test of 46NTB3
inheres in: Test piece 46NTB3

Tensile Test of 46NTB3
type: tensile testing process
realizes: Tensile Test Plan 46NTB3
realizes: Test Piece Role 46NTB3
exists at: Temporal Region of Tensile Test 46NTB3
has participant: INSTRON_8852TT
has input: Test piece 46NTB3
has output: 46NTB3.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTB5
type: test piece role
has realization: Tensile Test of 46NTB5
inheres in: Test piece 46NTB5

Tensile Test of 46NTB5
type: tensile testing process
realizes: Tensile Test Plan 46NTB5
realizes: Test Piece Role 46NTB5
exists at: Temporal Region of Tensile Test 46NTB5
has participant: INSTRON_8852TT
has input: Test piece 46NTB5
has output: 46NTB5.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTB7
type: test piece role
has realization: Tensile Test of 46NTB7
inheres in: Test piece 46NTB7

Tensile Test of 46NTB7
type: tensile testing process
realizes: Tensile Test Plan 46NTB7
realizes: Test Piece Role 46NTB7
exists at: Temporal Region of Tensile Test 46NTB7
has participant: INSTRON_8852TT
has input: Test piece 46NTB7
has output: 46NTB7.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTB9
type: test piece role
has realization: Tensile Test of 46NTB9
inheres in: Test piece 46NTB9

Tensile Test of 46NTB9
type: tensile testing process
realizes: Tensile Test Plan 46NTB9
realizes: Test Piece Role 46NTB9
exists at: Temporal Region of Tensile Test 46NTB9
has participant: INSTRON_8852TT
has input: Test piece 46NTB9
has output: 46NTB9.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBB
type: test piece role
has realization: Tensile Test of 46NTBB
inheres in: Test piece 46NTBB

Tensile Test of 46NTBB
type: tensile testing process
realizes: Tensile Test Plan 46NTBB
realizes: Test Piece Role 46NTBB
exists at: Temporal Region of Tensile Test 46NTBB
has participant: INSTRON_8852TT
has input: Test piece 46NTBB
has output: 46NTBB.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBD
type: test piece role
has realization: Tensile Test of 46NTBD
inheres in: Test piece 46NTBD

Tensile Test of 46NTBD
type: tensile testing process
realizes: Tensile Test Plan 46NTBD
realizes: Test Piece Role 46NTBD
exists at: Temporal Region of Tensile Test 46NTBD
has participant: INSTRON_8852TT
has input: Test piece 46NTBD
has output: 46NTBD.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBF
type: test piece role
has realization: Tensile Test of 46NTBF
inheres in: Test piece 46NTBF

Tensile Test of 46NTBF
type: tensile testing process
realizes: Tensile Test Plan 46NTBF
realizes: Test Piece Role 46NTBF
exists at: Temporal Region of Tensile Test 46NTBF
has participant: INSTRON_8852TT
has input: Test piece 46NTBF
has output: 46NTBF.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBH
type: test piece role
has realization: Tensile Test of 46NTBH
inheres in: Test piece 46NTBH

Tensile Test of 46NTBH
type: tensile testing process
realizes: Tensile Test Plan 46NTBH
realizes: Test Piece Role 46NTBH
exists at: Temporal Region of Tensile Test 46NTBH
has participant: INSTRON_8852TT
has input: Test piece 46NTBH
has output: 46NTBH.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBL
type: test piece role
has realization: Tensile Test of 46NTBL
inheres in: Test piece 46NTBL

Tensile Test of 46NTBL
type: tensile testing process
realizes: Tensile Test Plan 46NTBL
realizes: Test Piece Role 46NTBL
exists at: Temporal Region of Tensile Test 46NTBL
has participant: INSTRON_8852TT
has input: Test piece 46NTBL
has output: 46NTBL.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBN
type: test piece role
has realization: Tensile Test of 46NTBN
inheres in: Test piece 46NTBN

Tensile Test of 46NTBN
type: tensile testing process
realizes: Tensile Test Plan 46NTBN
realizes: Test Piece Role 46NTBN
exists at: Temporal Region of Tensile Test 46NTBN
has participant: INSTRON_8852TT
has input: Test piece 46NTBN
has output: 46NTBN.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBP
type: test piece role
has realization: Tensile Test of 46NTBP
inheres in: Test piece 46NTBP

Tensile Test of 46NTBP
type: tensile testing process
realizes: Tensile Test Plan 46NTBP
realizes: Test Piece Role 46NTBP
exists at: Temporal Region of Tensile Test 46NTBP
has participant: INSTRON_8852TT
has input: Test piece 46NTBP
has output: 46NTBP.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBR
type: test piece role
has realization: Tensile Test of 46NTBR
inheres in: Test piece 46NTBR

Tensile Test of 46NTBR
type: tensile testing process
realizes: Tensile Test Plan 46NTBR
realizes: Test Piece Role 46NTBR
exists at: Temporal Region of Tensile Test 46NTBR
has participant: INSTRON_8852TT
has input: Test piece 46NTBR
has output: 46NTBR.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBT
type: test piece role
has realization: Tensile Test of 46NTBT
inheres in: Test piece 46NTBT

Tensile Test of 46NTBT
type: tensile testing process
realizes: Tensile Test Plan 46NTBT
realizes: Test Piece Role 46NTBT
exists at: Temporal Region of Tensile Test 46NTBT
has participant: INSTRON_8852TT
has input: Test piece 46NTBT
has output: 46NTBT.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBV
type: test piece role
has realization: Tensile Test of 46NTBV
inheres in: Test piece 46NTBV

Tensile Test of 46NTBV
type: tensile testing process
realizes: Tensile Test Plan 46NTBV
realizes: Test Piece Role 46NTBV
exists at: Temporal Region of Tensile Test 46NTBV
has participant: INSTRON_8852TT
has input: Test piece 46NTBV
has output: 46NTBV.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBX
type: test piece role
has realization: Tensile Test of 46NTBX
inheres in: Test piece 46NTBX

Tensile Test of 46NTBX
type: tensile testing process
realizes: Tensile Test Plan 46NTBX
realizes: Test Piece Role 46NTBX
exists at: Temporal Region of Tensile Test 46NTBX
has participant: INSTRON_8852TT
has input: Test piece 46NTBX
has output: 46NTBX.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTBZ
type: test piece role
has realization: Tensile Test of 46NTBZ
inheres in: Test piece 46NTBZ

Tensile Test of 46NTBZ
type: tensile testing process
realizes: Tensile Test Plan 46NTBZ
realizes: Test Piece Role 46NTBZ
exists at: Temporal Region of Tensile Test 46NTBZ
has participant: INSTRON_8852TT
has input: Test piece 46NTBZ
has output: 46NTBZ.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTC1
type: test piece role
has realization: Tensile Test of 46NTC1
inheres in: Test piece 46NTC1

Tensile Test of 46NTC1
type: tensile testing process
realizes: Tensile Test Plan 46NTC1
realizes: Test Piece Role 46NTC1
exists at: Temporal Region of Tensile Test 46NTC1
has participant: INSTRON_8852TT
has input: Test piece 46NTC1
has output: 46NTC1.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTC3
type: test piece role
has realization: Tensile Test of 46NTC3
inheres in: Test piece 46NTC3

Tensile Test of 46NTC3
type: tensile testing process
realizes: Tensile Test Plan 46NTC3
realizes: Test Piece Role 46NTC3
exists at: Temporal Region of Tensile Test 46NTC3
has participant: INSTRON_8852TT
has input: Test piece 46NTC3
has output: 46NTC3.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTC5
type: test piece role
has realization: Tensile Test of 46NTC5
inheres in: Test piece 46NTC5

Tensile Test of 46NTC5
type: tensile testing process
realizes: Tensile Test Plan 46NTC5
realizes: Test Piece Role 46NTC5
exists at: Temporal Region of Tensile Test 46NTC5
has participant: INSTRON_8852TT
has input: Test piece 46NTC5
has output: 46NTC5.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTC7
type: test piece role
has realization: Tensile Test of 46NTC7
inheres in: Test piece 46NTC7

Tensile Test of 46NTC7
type: tensile testing process
realizes: Tensile Test Plan 46NTC7
realizes: Test Piece Role 46NTC7
exists at: Temporal Region of Tensile Test 46NTC7
has participant: INSTRON_8852TT
has input: Test piece 46NTC7
has output: 46NTC7.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTC9
type: test piece role
has realization: Tensile Test of 46NTC9
inheres in: Test piece 46NTC9

Tensile Test of 46NTC9
type: tensile testing process
realizes: Tensile Test Plan 46NTC9
realizes: Test Piece Role 46NTC9
exists at: Temporal Region of Tensile Test 46NTC9
has participant: INSTRON_8852TT
has input: Test piece 46NTC9
has output: 46NTC9.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

Test Piece Role 46NTCB
type: test piece role
has realization: Tensile Test of 46NTCB
inheres in: Test piece 46NTCB

Tensile Test of 46NTCB
type: tensile testing process
realizes: Tensile Test Plan 46NTCB
realizes: Test Piece Role 46NTCB
exists at: Temporal Region of Tensile Test 46NTCB
has participant: INSTRON_8852TT
has input: Test piece 46NTCB
has output: 46NTCB.csv
has process attribute: Process Characteristic Crosshead Separation Rate
has process attribute: Process Characteristic Date
has process attribute: Process Characteristic Environmental Temperature
has process attribute: Process Charactersitic Strain Rate

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

part of
type: ObjectProperty
type: TransitiveProperty
IAO_0000112: my brain is part of my body (continuant parthood, two material entities)
IAO_0000112: my stomach cavity is part of my stomach (continuant parthood, immaterial entity is part of material entity)
IAO_0000112: this day is part of this year (occurrent parthood)
IAO_0000115: a core relation that holds between a part and its whole
IAO_0000116: 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.
IAO_0000116: 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/
IAO_0000116: 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

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 850.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 925.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1000.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1150.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

austenitization Temperature
type: scalar value specification
part of: Heat Treatment Recipe
has measurement unit label: DEG C
has specified numeric value: 1075.0

Cutting Process of Rod 02
type: separating
exists at: Temporal Region of First Cutting 02
has input: 42CrMoS4 rod 02
has output: iwt blank 02

Temporal Region of First Cutting 02
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT01

42CrMoS4 rod 02
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 02
complies with: DIN_EN_10083_2006

Cutting Process of Rod 03
type: separating
exists at: Temporal Region of First Cutting 03
has input: 42CrMoS4 rod 03
has output: iwt blank 03

Temporal Region of First Cutting 03
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT02

42CrMoS4 rod 03
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 03
complies with: DIN_EN_10083_2006

Cutting Process of Rod 04
type: separating
exists at: Temporal Region of First Cutting 04
has input: 42CrMoS4 rod 04
has output: iwt blank 04

Temporal Region of First Cutting 04
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT03

42CrMoS4 rod 04
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 04
complies with: DIN_EN_10083_2006

Cutting Process of Rod 05
type: separating
exists at: Temporal Region of First Cutting 05
has input: 42CrMoS4 rod 05
has output: iwt blank 05

Temporal Region of First Cutting 05
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT04

42CrMoS4 rod 05
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 05
complies with: DIN_EN_10083_2006

Cutting Process of Rod 06
type: separating
exists at: Temporal Region of First Cutting 06
has input: 42CrMoS4 rod 06
has output: iwt blank 06

Temporal Region of First Cutting 06
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT05

42CrMoS4 rod 06
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 06
complies with: DIN_EN_10083_2006

Cutting Process of Rod 07
type: separating
exists at: Temporal Region of First Cutting 07
has input: 42CrMoS4 rod 07
has output: iwt blank 07

Temporal Region of First Cutting 07
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT06

42CrMoS4 rod 07
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 07
complies with: DIN_EN_10083_2006

Cutting Process of Rod 08
type: separating
exists at: Temporal Region of First Cutting 08
has input: 42CrMoS4 rod 08
has output: iwt blank 08

Temporal Region of First Cutting 08
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT07

42CrMoS4 rod 08
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 08
complies with: DIN_EN_10083_2006

Cutting Process of Rod 09
type: separating
exists at: Temporal Region of First Cutting 09
has input: 42CrMoS4 rod 09
has output: iwt blank 09

Temporal Region of First Cutting 09
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT08

42CrMoS4 rod 09
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 09
complies with: DIN_EN_10083_2006

Cutting Process of Rod 10
type: separating
exists at: Temporal Region of First Cutting 10
has input: 42CrMoS4 rod 10
has output: iwt blank 10

Temporal Region of First Cutting 10
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT09

42CrMoS4 rod 10
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 10
complies with: DIN_EN_10083_2006

Cutting Process of Rod 11
type: separating
exists at: Temporal Region of First Cutting 11
has input: 42CrMoS4 rod 11
has output: iwt blank 11

Temporal Region of First Cutting 11
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT10

42CrMoS4 rod 11
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 11
complies with: DIN_EN_10083_2006

Cutting Process of Rod 12
type: separating
exists at: Temporal Region of First Cutting 12
has input: 42CrMoS4 rod 12
has output: iwt blank 12

Temporal Region of First Cutting 12
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT11

42CrMoS4 rod 12
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 12
complies with: DIN_EN_10083_2006

Cutting Process of Rod 13
type: separating
exists at: Temporal Region of First Cutting 13
has input: 42CrMoS4 rod 13
has output: iwt blank 13

Temporal Region of First Cutting 13
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT12

42CrMoS4 rod 13
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 13
complies with: DIN_EN_10083_2006

Cutting Process of Rod 14
type: separating
exists at: Temporal Region of First Cutting 14
has input: 42CrMoS4 rod 14
has output: iwt blank 14

Temporal Region of First Cutting 14
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT13

42CrMoS4 rod 14
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 14
complies with: DIN_EN_10083_2006

Cutting Process of Rod 15
type: separating
exists at: Temporal Region of First Cutting 15
has input: 42CrMoS4 rod 15
has output: iwt blank 15

Temporal Region of First Cutting 15
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT14

42CrMoS4 rod 15
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 15
complies with: DIN_EN_10083_2006

Cutting Process of Rod 17
type: separating
exists at: Temporal Region of First Cutting 17
has input: 42CrMoS4 rod 17
has output: iwt blank 17

Temporal Region of First Cutting 17
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT15

42CrMoS4 rod 17
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 17
complies with: DIN_EN_10083_2006

Cutting Process of Rod 18
type: separating
exists at: Temporal Region of First Cutting 18
has input: 42CrMoS4 rod 18
has output: iwt blank 18

Temporal Region of First Cutting 18
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT16

42CrMoS4 rod 18
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 18
complies with: DIN_EN_10083_2006

Cutting Process of Rod 19
type: separating
exists at: Temporal Region of First Cutting 19
has input: 42CrMoS4 rod 19
has output: iwt blank 19

Temporal Region of First Cutting 19
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT17

42CrMoS4 rod 19
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 19
complies with: DIN_EN_10083_2006

Cutting Process of Rod 20
type: separating
exists at: Temporal Region of First Cutting 20
has input: 42CrMoS4 rod 20
has output: iwt blank 20

Temporal Region of First Cutting 20
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT18

42CrMoS4 rod 20
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 20
complies with: DIN_EN_10083_2006

Cutting Process of Rod 22
type: separating
exists at: Temporal Region of First Cutting 22
has input: 42CrMoS4 rod 22
has output: iwt blank 22

Temporal Region of First Cutting 22
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT20

42CrMoS4 rod 22
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 22
complies with: DIN_EN_10083_2006

Cutting Process of Rod 24
type: separating
exists at: Temporal Region of First Cutting 24
has input: 42CrMoS4 rod 24
has output: iwt blank 24

Temporal Region of First Cutting 24
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT22

42CrMoS4 rod 24
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 24
complies with: DIN_EN_10083_2006

Cutting Process of Rod 25
type: separating
exists at: Temporal Region of First Cutting 25
has input: 42CrMoS4 rod 25
has output: iwt blank 25

Temporal Region of First Cutting 25
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT23

42CrMoS4 rod 25
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 25
complies with: DIN_EN_10083_2006

Cutting Process of Rod 26
type: separating
exists at: Temporal Region of First Cutting 26
has input: 42CrMoS4 rod 26
has output: iwt blank 26

Temporal Region of First Cutting 26
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT24

42CrMoS4 rod 26
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 26
complies with: DIN_EN_10083_2006

Cutting Process of Rod 27
type: separating
exists at: Temporal Region of First Cutting 27
has input: 42CrMoS4 rod 27
has output: iwt blank 27

Temporal Region of First Cutting 27
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT25

42CrMoS4 rod 27
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 27
complies with: DIN_EN_10083_2006

Cutting Process of Rod 28
type: separating
exists at: Temporal Region of First Cutting 28
has input: 42CrMoS4 rod 28
has output: iwt blank 28

Temporal Region of First Cutting 28
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT26

42CrMoS4 rod 28
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 28
complies with: DIN_EN_10083_2006

Cutting Process of Rod 29
type: separating
exists at: Temporal Region of First Cutting 29
has input: 42CrMoS4 rod 29
has output: iwt blank 29

Temporal Region of First Cutting 29
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT27

42CrMoS4 rod 29
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 29
complies with: DIN_EN_10083_2006

Cutting Process of Rod 30
type: separating
exists at: Temporal Region of First Cutting 30
has input: 42CrMoS4 rod 30
has output: iwt blank 30

Temporal Region of First Cutting 30
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT28

42CrMoS4 rod 30
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 30
complies with: DIN_EN_10083_2006

Cutting Process of Rod 32
type: separating
exists at: Temporal Region of First Cutting 32
has input: 42CrMoS4 rod 32
has output: iwt blank 32

Temporal Region of First Cutting 32
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT29

42CrMoS4 rod 32
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 32
complies with: DIN_EN_10083_2006

Cutting Process of Rod 33
type: separating
exists at: Temporal Region of First Cutting 33
has input: 42CrMoS4 rod 33
has output: iwt blank 33

Temporal Region of First Cutting 33
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT30

42CrMoS4 rod 33
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 33
complies with: DIN_EN_10083_2006

Cutting Process of Rod 34
type: separating
exists at: Temporal Region of First Cutting 34
has input: 42CrMoS4 rod 34
has output: iwt blank 34

Temporal Region of First Cutting 34
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT31

42CrMoS4 rod 34
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 34
complies with: DIN_EN_10083_2006

Cutting Process of Rod 35
type: separating
exists at: Temporal Region of First Cutting 35
has input: 42CrMoS4 rod 35
has output: iwt blank 35

Temporal Region of First Cutting 35
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT32

42CrMoS4 rod 35
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 35
complies with: DIN_EN_10083_2006

Cutting Process of Rod 36
type: separating
exists at: Temporal Region of First Cutting 36
has input: 42CrMoS4 rod 36
has output: iwt blank 36

Temporal Region of First Cutting 36
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT33

42CrMoS4 rod 36
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 36
complies with: DIN_EN_10083_2006

Cutting Process of Rod 37
type: separating
exists at: Temporal Region of First Cutting 37
has input: 42CrMoS4 rod 37
has output: iwt blank 37

Temporal Region of First Cutting 37
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT34

42CrMoS4 rod 37
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 37
complies with: DIN_EN_10083_2006

Cutting Process of Rod 38
type: separating
exists at: Temporal Region of First Cutting 38
has input: 42CrMoS4 rod 38
has output: iwt blank 38

Temporal Region of First Cutting 38
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT35

42CrMoS4 rod 38
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 38
complies with: DIN_EN_10083_2006

Cutting Process of Rod 39
type: separating
exists at: Temporal Region of First Cutting 39
has input: 42CrMoS4 rod 39
has output: iwt blank 39

Temporal Region of First Cutting 39
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT36

42CrMoS4 rod 39
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 39
complies with: DIN_EN_10083_2006

Cutting Process of Rod 40
type: separating
exists at: Temporal Region of First Cutting 40
has input: 42CrMoS4 rod 40
has output: iwt blank 40

Temporal Region of First Cutting 40
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT37

42CrMoS4 rod 40
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 40
complies with: DIN_EN_10083_2006

Cutting Process of Rod 41
type: separating
exists at: Temporal Region of First Cutting 41
has input: 42CrMoS4 rod 41
has output: iwt blank 41

Temporal Region of First Cutting 41
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT38

42CrMoS4 rod 41
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 41
complies with: DIN_EN_10083_2006

Cutting Process of Rod 42
type: separating
exists at: Temporal Region of First Cutting 42
has input: 42CrMoS4 rod 42
has output: iwt blank 42

Temporal Region of First Cutting 42
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT39

42CrMoS4 rod 42
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 42
complies with: DIN_EN_10083_2006

Cutting Process of Rod 43
type: separating
exists at: Temporal Region of First Cutting 43
has input: 42CrMoS4 rod 43
has output: iwt blank 43

Temporal Region of First Cutting 43
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT40

42CrMoS4 rod 43
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 43
complies with: DIN_EN_10083_2006

Cutting Process of Rod 44
type: separating
exists at: Temporal Region of First Cutting 44
has input: 42CrMoS4 rod 44
has output: iwt blank 44

Temporal Region of First Cutting 44
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT41

42CrMoS4 rod 44
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 44
complies with: DIN_EN_10083_2006

Cutting Process of Rod 45
type: separating
exists at: Temporal Region of First Cutting 45
has input: 42CrMoS4 rod 45
has output: iwt blank 45

Temporal Region of First Cutting 45
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT42

42CrMoS4 rod 45
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 45
complies with: DIN_EN_10083_2006

Cutting Process of Rod 62
type: separating
exists at: Temporal Region of First Cutting 62
has input: 42CrMoS4 rod 62
has output: iwt blank 62

Temporal Region of First Cutting 62
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT43

42CrMoS4 rod 62
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 62
complies with: DIN_EN_10083_2006

Cutting Process of Rod 63
type: separating
exists at: Temporal Region of First Cutting 63
has input: 42CrMoS4 rod 63
has output: iwt blank 63

Temporal Region of First Cutting 63
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT44

42CrMoS4 rod 63
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 63
complies with: DIN_EN_10083_2006

Cutting Process of Rod 64
type: separating
exists at: Temporal Region of First Cutting 64
has input: 42CrMoS4 rod 64
has output: iwt blank 64

Temporal Region of First Cutting 64
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT45

42CrMoS4 rod 64
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 64
complies with: DIN_EN_10083_2006

Cutting Process of Rod 65
type: separating
exists at: Temporal Region of First Cutting 65
has input: 42CrMoS4 rod 65
has output: iwt blank 65

Temporal Region of First Cutting 65
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT46

42CrMoS4 rod 65
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 65
complies with: DIN_EN_10083_2006

Cutting Process of Rod 66
type: separating
exists at: Temporal Region of First Cutting 66
has input: 42CrMoS4 rod 66
has output: iwt blank 66

Temporal Region of First Cutting 66
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT47

42CrMoS4 rod 66
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 66
complies with: DIN_EN_10083_2006

Cutting Process of Rod 67
type: separating
exists at: Temporal Region of First Cutting 67
has input: 42CrMoS4 rod 67
has output: iwt blank 67

Temporal Region of First Cutting 67
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT48

42CrMoS4 rod 67
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 67
complies with: DIN_EN_10083_2006

Cutting Process of Rod 68
type: separating
exists at: Temporal Region of First Cutting 68
has input: 42CrMoS4 rod 68
has output: iwt blank 68

Temporal Region of First Cutting 68
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT49

42CrMoS4 rod 68
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 68
complies with: DIN_EN_10083_2006

Cutting Process of Rod 69
type: separating
exists at: Temporal Region of First Cutting 69
has input: 42CrMoS4 rod 69
has output: iwt blank 69

Temporal Region of First Cutting 69
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT50

42CrMoS4 rod 69
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 69
complies with: DIN_EN_10083_2006

Cutting Process of Rod 70
type: separating
exists at: Temporal Region of First Cutting 70
has input: 42CrMoS4 rod 70
has output: iwt blank 70

Temporal Region of First Cutting 70
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT51

42CrMoS4 rod 70
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 70
complies with: DIN_EN_10083_2006

Cutting Process of Rod 71
type: separating
exists at: Temporal Region of First Cutting 71
has input: 42CrMoS4 rod 71
has output: iwt blank 71

Temporal Region of First Cutting 71
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT52

42CrMoS4 rod 71
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 71
complies with: DIN_EN_10083_2006

Cutting Process of Rod 72
type: separating
exists at: Temporal Region of First Cutting 72
has input: 42CrMoS4 rod 72
has output: iwt blank 72

Temporal Region of First Cutting 72
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT53

42CrMoS4 rod 72
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 72
complies with: DIN_EN_10083_2006

Cutting Process of Rod 73
type: separating
exists at: Temporal Region of First Cutting 73
has input: 42CrMoS4 rod 73
has output: iwt blank 73

Temporal Region of First Cutting 73
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT54

42CrMoS4 rod 73
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 73
complies with: DIN_EN_10083_2006

Cutting Process of Rod 74
type: separating
exists at: Temporal Region of First Cutting 74
has input: 42CrMoS4 rod 74
has output: iwt blank 74

Temporal Region of First Cutting 74
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT55

42CrMoS4 rod 74
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 74
complies with: DIN_EN_10083_2006

Cutting Process of Rod 77
type: separating
exists at: Temporal Region of First Cutting 77
has input: 42CrMoS4 rod 77
has output: iwt blank 77

Temporal Region of First Cutting 77
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT57

42CrMoS4 rod 77
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 77
complies with: DIN_EN_10083_2006

Cutting Process of Rod 78
type: separating
exists at: Temporal Region of First Cutting 78
has input: 42CrMoS4 rod 78
has output: iwt blank 78

Temporal Region of First Cutting 78
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT58

42CrMoS4 rod 78
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 78
complies with: DIN_EN_10083_2006

Cutting Process of Rod 79
type: separating
exists at: Temporal Region of First Cutting 79
has input: 42CrMoS4 rod 79
has output: iwt blank 79

Temporal Region of First Cutting 79
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT59

42CrMoS4 rod 79
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 79
complies with: DIN_EN_10083_2006

Cutting Process of Rod 80
type: separating
exists at: Temporal Region of First Cutting 80
has input: 42CrMoS4 rod 80
has output: iwt blank 80

Temporal Region of First Cutting 80
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT60

42CrMoS4 rod 80
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 80
complies with: DIN_EN_10083_2006

Cutting Process of Rod 81
type: separating
exists at: Temporal Region of First Cutting 81
has input: 42CrMoS4 rod 81
has output: iwt blank 81

Temporal Region of First Cutting 81
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT61

42CrMoS4 rod 81
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 81
complies with: DIN_EN_10083_2006

Cutting Process of Rod 82
type: separating
exists at: Temporal Region of First Cutting 82
has input: 42CrMoS4 rod 82
has output: iwt blank 82

Temporal Region of First Cutting 82
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT62

42CrMoS4 rod 82
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 82
complies with: DIN_EN_10083_2006

Cutting Process of Rod 83
type: separating
exists at: Temporal Region of First Cutting 83
has input: 42CrMoS4 rod 83
has output: iwt blank 83

Temporal Region of First Cutting 83
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT63

42CrMoS4 rod 83
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 83
complies with: DIN_EN_10083_2006

Cutting Process of Rod 84
type: separating
exists at: Temporal Region of First Cutting 84
has input: 42CrMoS4 rod 84
has output: iwt blank 84

Temporal Region of First Cutting 84
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT64

42CrMoS4 rod 84
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 84
complies with: DIN_EN_10083_2006

Cutting Process of Rod 85
type: separating
exists at: Temporal Region of First Cutting 85
has input: 42CrMoS4 rod 85
has output: iwt blank 85

Temporal Region of First Cutting 85
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT65

42CrMoS4 rod 85
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 85
complies with: DIN_EN_10083_2006

Cutting Process of Rod 86
type: separating
exists at: Temporal Region of First Cutting 86
has input: 42CrMoS4 rod 86
has output: iwt blank 86

Temporal Region of First Cutting 86
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT66

42CrMoS4 rod 86
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 86
complies with: DIN_EN_10083_2006

Cutting Process of Rod 87
type: separating
exists at: Temporal Region of First Cutting 87
has input: 42CrMoS4 rod 87
has output: iwt blank 87

Temporal Region of First Cutting 87
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT67

42CrMoS4 rod 87
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 87
complies with: DIN_EN_10083_2006

Cutting Process of Rod 88
type: separating
exists at: Temporal Region of First Cutting 88
has input: 42CrMoS4 rod 88
has output: iwt blank 88

Temporal Region of First Cutting 88
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT68

42CrMoS4 rod 88
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 88
complies with: DIN_EN_10083_2006

Cutting Process of Rod 89
type: separating
exists at: Temporal Region of First Cutting 89
has input: 42CrMoS4 rod 89
has output: iwt blank 89

Temporal Region of First Cutting 89
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT69

42CrMoS4 rod 89
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 89
complies with: DIN_EN_10083_2006

Cutting Process of Rod 90
type: separating
exists at: Temporal Region of First Cutting 90
has input: 42CrMoS4 rod 90
has output: iwt blank 90

Temporal Region of First Cutting 90
type: temporal region
precedes: Temporal Region of Heat Treatment 46NT70

42CrMoS4 rod 90
type: object
type: 42CrMoS4 Steel before Heat Treatment
input of: Cutting Process of Rod 90
complies with: DIN_EN_10083_2006

hardness testing process
type: Class
label: Härteprüfverfahren @de
subclass of: PMD_0000849
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.

Temporal Region of HV10 Indentation Hardness Test of 46NTG9
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTG9

Temporal Region of HV10 Indentation Hardness Test of 46NTGE
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTGE

Temporal Region of HV10 Indentation Hardness Test of 46NTGJ
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTGJ

Temporal Region of HV10 Indentation Hardness Test of 46NTGN
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTGN

Temporal Region of HV10 Indentation Hardness Test of 46NTGS
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTGS

Temporal Region of HV10 Indentation Hardness Test of 46NTGX
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTGX

Temporal Region of HV10 Indentation Hardness Test of 46NTH1
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTH1

Temporal Region of HV10 Indentation Hardness Test of 46NTH6
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTH6

Temporal Region of HV10 Indentation Hardness Test of 46NTHB
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTHB

Temporal Region of HV10 Indentation Hardness Test of 46NTHF
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTHF

Temporal Region of HV10 Indentation Hardness Test of 46NTHK
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTHK

Temporal Region of HV10 Indentation Hardness Test of 46NTHP
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTHP

Temporal Region of HV10 Indentation Hardness Test of 46NTHT
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTHT

Temporal Region of HV10 Indentation Hardness Test of 46NTHY
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTHY

Temporal Region of HV10 Indentation Hardness Test of 46NTI3
type: temporal region
preceded by: Temporal Region of HV1 Indentation Hardness Test of 46NTI3

tensile testing process
type: Class
label: Zugprüfverfahren @de
subclass of: PMD_0000849
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

has participant
type: ObjectProperty
domain: BFO_0000003
range: BFO_0000002
IAO_0000112: this blood coagulation has participant this blood clot
IAO_0000112: this investigation has participant this investigator
IAO_0000112: this process has participant this input material (or this output material)
IAO_0000115: a relation between a process and a continuant, in which the continuant is somehow involved in the process
IAO_0000116: 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

INSTRON_8852TT
type: tensile testing machine

has process attribute
type: ObjectProperty
domain: BFO_0000015
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

recipe
type: Class
subclass of: IAO_0000104
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.

has part
type: ObjectProperty
type: TransitiveProperty
IAO_0000112: my body has part my brain (continuant parthood, two material entities)
IAO_0000112: my stomach has part my stomach cavity (continuant parthood, material entity has part immaterial entity)
IAO_0000112: this year has part this day (occurrent parthood)
IAO_0000115: a core relation that holds between a whole and its part
IAO_0000116: 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/
IAO_0000116: 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.
IAO_0000116: 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'.

42CrMoS4 Steel before Heat Treatment
type: steel

derives from
type: ObjectProperty
IAO_0000112: this cell derives from this parent cell (cell division)
IAO_0000112: this nucleus derives from this parent nucleus (nuclear division)
IAO_0000115: 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
IAO_0000116: This is a very general relation. More specific relations are preferred when applicable, such as 'directly develops from'.
inverse of: derives into

Temporal Region after second IWT cutting and before IWT cutting 46NT02
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT02
precedes: Temporal Region of IWM Cutting 46NT02

derives into
type: ObjectProperty
IAO_0000112: this parent cell derives into this cell (cell division)
IAO_0000112: this parent nucleus derives into this nucleus (nuclear division)
IAO_0000115: 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
IAO_0000116: 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'.

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

iwt blank 46NT02 part 1
type: object
type: 42CrMoS4 Steel 03 after Heat Treatment
derives from: iwt blank 46NT02
output of: Cutting Process of Blank 46NT02 for Metallography
has state: iwt blank 46NT02 part 1 tqc
has state: Test piece 46NT73

Temporal Region after second IWT cutting and before IWT cutting 46NT03
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT03
precedes: Temporal Region of IWM Cutting 46NT03

iwt blank 46NT03 part 1
type: object
type: 42CrMoS4 Steel 04 after Heat Treatment
derives from: iwt blank 46NT03
output of: Cutting Process of Blank 46NT03 for Metallography
has state: iwt blank 46NT03 part 1 tqc
has state: Test piece 46NT75

Temporal Region after second IWT cutting and before IWT cutting 46NT04
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT04
precedes: Temporal Region of IWM Cutting 46NT04

iwt blank 46NT04 part 1
type: object
type: 42CrMoS4 Steel 05 after Heat Treatment
derives from: iwt blank 46NT04
output of: Cutting Process of Blank 46NT04 for Metallography
has state: iwt blank 46NT04 part 1 tqc
has state: Test piece 46NT77

Temporal Region after second IWT cutting and before IWT cutting 46NT05
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT05
precedes: Temporal Region of IWM Cutting 46NT05

iwt blank 46NT05 part 1
type: object
type: 42CrMoS4 Steel 06 after Heat Treatment
derives from: iwt blank 46NT05
output of: Cutting Process of Blank 46NT05 for Metallography
has state: iwt blank 46NT05 part 1 tqc
has state: Test piece 46NT79

Temporal Region after second IWT cutting and before IWT cutting 46NT07
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT07
precedes: Temporal Region of IWM Cutting 46NT07

iwt blank 46NT07 part 1
type: object
type: 42CrMoS4 Steel 08 after Heat Treatment
derives from: iwt blank 46NT07
output of: Cutting Process of Blank 46NT07 for Metallography
has state: iwt blank 46NT07 part 1 tqc
has state: Test piece 46NT83

Temporal Region after second IWT cutting and before IWT cutting 46NT08
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT08
precedes: Temporal Region of IWM Cutting 46NT08

iwt blank 46NT08 part 1
type: object
type: 42CrMoS4 Steel 09 after Heat Treatment
derives from: iwt blank 46NT08
output of: Cutting Process of Blank 46NT08 for Metallography
has state: iwt blank 46NT08 part 1 tqc
has state: Test piece 46NT85

Temporal Region after second IWT cutting and before IWT cutting 46NT09
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT09
precedes: Temporal Region of IWM Cutting 46NT09

iwt blank 46NT09 part 1
type: object
type: 42CrMoS4 Steel 10 after Heat Treatment
derives from: iwt blank 46NT09
output of: Cutting Process of Blank 46NT09 for Metallography
has state: iwt blank 46NT09 part 1 tqc
has state: Test piece 46NT87

Temporal Region after second IWT cutting and before IWT cutting 46NT10
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT10
precedes: Temporal Region of IWM Cutting 46NT10

iwt blank 46NT10 part 1
type: object
type: 42CrMoS4 Steel 11 after Heat Treatment
derives from: iwt blank 46NT10
output of: Cutting Process of Blank 46NT10 for Metallography
has state: iwt blank 46NT10 part 1 tqc
has state: Test piece 46NT89

Temporal Region after second IWT cutting and before IWT cutting 46NT12
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT12
precedes: Temporal Region of IWM Cutting 46NT12

iwt blank 46NT12 part 1
type: object
type: 42CrMoS4 Steel 13 after Heat Treatment
derives from: iwt blank 46NT12
output of: Cutting Process of Blank 46NT12 for Metallography
has state: iwt blank 46NT12 part 1 tqc
has state: Test piece 46NT93

Temporal Region after second IWT cutting and before IWT cutting 46NT13
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT13
precedes: Temporal Region of IWM Cutting 46NT13

iwt blank 46NT13 part 1
type: object
type: 42CrMoS4 Steel 14 after Heat Treatment
derives from: iwt blank 46NT13
output of: Cutting Process of Blank 46NT13 for Metallography
has state: iwt blank 46NT13 part 1 tqc
has state: Test piece 46NT95

Temporal Region after second IWT cutting and before IWT cutting 46NT14
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT14
precedes: Temporal Region of IWM Cutting 46NT14

iwt blank 46NT14 part 1
type: object
type: 42CrMoS4 Steel 15 after Heat Treatment
derives from: iwt blank 46NT14
output of: Cutting Process of Blank 46NT14 for Metallography
has state: iwt blank 46NT14 part 1 tqc
has state: Test piece 46NT97

Temporal Region after second IWT cutting and before IWT cutting 46NT16
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT16
precedes: Temporal Region of IWM Cutting 46NT16

iwt blank 46NT16 part 1
type: object
type: 42CrMoS4 Steel 18 after Heat Treatment
derives from: iwt blank 46NT16
output of: Cutting Process of Blank 46NT16 for Metallography
has state: iwt blank 46NT16 part 1 tqc
has state: Test piece 46NT9B

Temporal Region after second IWT cutting and before IWT cutting 46NT17
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT17
precedes: Temporal Region of IWM Cutting 46NT17

iwt blank 46NT17 part 1
type: object
type: 42CrMoS4 Steel 19 after Heat Treatment
derives from: iwt blank 46NT17
output of: Cutting Process of Blank 46NT17 for Metallography
has state: iwt blank 46NT17 part 1 tqc
has state: Test piece 46NT9D

Temporal Region after second IWT cutting and before IWT cutting 46NT18
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT18
precedes: Temporal Region of IWM Cutting 46NT18

iwt blank 46NT18 part 1
type: object
type: 42CrMoS4 Steel 20 after Heat Treatment
derives from: iwt blank 46NT18
output of: Cutting Process of Blank 46NT18 for Metallography
has state: iwt blank 46NT18 part 1 tqc
has state: Test piece 46NT9F

Temporal Region after second IWT cutting and before IWT cutting 46NT22
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT22
precedes: Temporal Region of IWM Cutting 46NT22

iwt blank 46NT22 part 1
type: object
type: 42CrMoS4 Steel 24 after Heat Treatment
derives from: iwt blank 46NT22
output of: Cutting Process of Blank 46NT22 for Metallography
has state: iwt blank 46NT22 part 1 tqc
has state: Test piece 46NT9N

Temporal Region after second IWT cutting and before IWT cutting 46NT23
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT23
precedes: Temporal Region of IWM Cutting 46NT23

iwt blank 46NT23 part 1
type: object
type: 42CrMoS4 Steel 25 after Heat Treatment
derives from: iwt blank 46NT23
output of: Cutting Process of Blank 46NT23 for Metallography
has state: iwt blank 46NT23 part 1 tqc
has state: Test piece 46NT9P

Temporal Region after second IWT cutting and before IWT cutting 46NT24
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT24
precedes: Temporal Region of IWM Cutting 46NT24

iwt blank 46NT24 part 1
type: object
type: 42CrMoS4 Steel 26 after Heat Treatment
derives from: iwt blank 46NT24
output of: Cutting Process of Blank 46NT24 for Metallography
has state: iwt blank 46NT24 part 1 tqc
has state: Test piece 46NT9R

Temporal Region after second IWT cutting and before IWT cutting 46NT26
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT26
precedes: Temporal Region of IWM Cutting 46NT26

iwt blank 46NT26 part 1
type: object
type: 42CrMoS4 Steel 28 after Heat Treatment
derives from: iwt blank 46NT26
output of: Cutting Process of Blank 46NT26 for Metallography
has state: iwt blank 46NT26 part 1 tqc
has state: Test piece 46NT9V

Temporal Region after second IWT cutting and before IWT cutting 46NT27
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT27
precedes: Temporal Region of IWM Cutting 46NT27

iwt blank 46NT27 part 1
type: object
type: 42CrMoS4 Steel 29 after Heat Treatment
derives from: iwt blank 46NT27
output of: Cutting Process of Blank 46NT27 for Metallography
has state: iwt blank 46NT27 part 1 tqc
has state: Test piece 46NT9X

Temporal Region after second IWT cutting and before IWT cutting 46NT28
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT28
precedes: Temporal Region of IWM Cutting 46NT28

iwt blank 46NT28 part 1
type: object
type: 42CrMoS4 Steel 30 after Heat Treatment
derives from: iwt blank 46NT28
output of: Cutting Process of Blank 46NT28 for Metallography
has state: iwt blank 46NT28 part 1 tqc
has state: Test piece 46NT9Z

Temporal Region after second IWT cutting and before IWT cutting 46NT30
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT30
precedes: Temporal Region of IWM Cutting 46NT30

iwt blank 46NT30 part 1
type: object
type: 42CrMoS4 Steel 33 after Heat Treatment
derives from: iwt blank 46NT30
output of: Cutting Process of Blank 46NT30 for Metallography
has state: iwt blank 46NT30 part 1 tqc
has state: Test piece 46NTA3

Temporal Region after second IWT cutting and before IWT cutting 46NT31
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT31
precedes: Temporal Region of IWM Cutting 46NT31

iwt blank 46NT31 part 1
type: object
type: 42CrMoS4 Steel 34 after Heat Treatment
derives from: iwt blank 46NT31
output of: Cutting Process of Blank 46NT31 for Metallography
has state: iwt blank 46NT31 part 1 tqc
has state: Test piece 46NTA5

Temporal Region after second IWT cutting and before IWT cutting 46NT32
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT32
precedes: Temporal Region of IWM Cutting 46NT32

iwt blank 46NT32 part 1
type: object
type: 42CrMoS4 Steel 35 after Heat Treatment
derives from: iwt blank 46NT32
output of: Cutting Process of Blank 46NT32 for Metallography
has state: iwt blank 46NT32 part 1 tqc
has state: Test piece 46NTA7

Temporal Region after second IWT cutting and before IWT cutting 46NT33
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT33
precedes: Temporal Region of IWM Cutting 46NT33

iwt blank 46NT33 part 1
type: object
type: 42CrMoS4 Steel 36 after Heat Treatment
derives from: iwt blank 46NT33
output of: Cutting Process of Blank 46NT33 for Metallography
has state: iwt blank 46NT33 part 1 tqc
has state: Test piece 46NTA9

Temporal Region after second IWT cutting and before IWT cutting 46NT35
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT35
precedes: Temporal Region of IWM Cutting 46NT35

iwt blank 46NT35 part 1
type: object
type: 42CrMoS4 Steel 38 after Heat Treatment
derives from: iwt blank 46NT35
output of: Cutting Process of Blank 46NT35 for Metallography
has state: iwt blank 46NT35 part 1 tqc
has state: Test piece 46NTAD

Temporal Region after second IWT cutting and before IWT cutting 46NT36
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT36
precedes: Temporal Region of IWM Cutting 46NT36

iwt blank 46NT36 part 1
type: object
type: 42CrMoS4 Steel 39 after Heat Treatment
derives from: iwt blank 46NT36
output of: Cutting Process of Blank 46NT36 for Metallography
has state: iwt blank 46NT36 part 1 tqc
has state: Test piece 46NTAF

Temporal Region after second IWT cutting and before IWT cutting 46NT37
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT37
precedes: Temporal Region of IWM Cutting 46NT37

iwt blank 46NT37 part 1
type: object
type: 42CrMoS4 Steel 40 after Heat Treatment
derives from: iwt blank 46NT37
output of: Cutting Process of Blank 46NT37 for Metallography
has state: iwt blank 46NT37 part 1 tqc
has state: Test piece 46NTAH

Temporal Region after second IWT cutting and before IWT cutting 46NT38
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT38
precedes: Temporal Region of IWM Cutting 46NT38

iwt blank 46NT38 part 1
type: object
type: 42CrMoS4 Steel 41 after Heat Treatment
derives from: iwt blank 46NT38
output of: Cutting Process of Blank 46NT38 for Metallography
has state: iwt blank 46NT38 part 1 tqc
has state: Test piece 46NTAJ

Temporal Region after second IWT cutting and before IWT cutting 46NT40
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT40
precedes: Temporal Region of IWM Cutting 46NT40

iwt blank 46NT40 part 1
type: object
type: 42CrMoS4 Steel 43 after Heat Treatment
derives from: iwt blank 46NT40
output of: Cutting Process of Blank 46NT40 for Metallography
has state: iwt blank 46NT40 part 1 tqc
has state: Test piece 46NTAN

Temporal Region after second IWT cutting and before IWT cutting 46NT41
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT41
precedes: Temporal Region of IWM Cutting 46NT41

iwt blank 46NT41 part 1
type: object
type: 42CrMoS4 Steel 44 after Heat Treatment
derives from: iwt blank 46NT41
output of: Cutting Process of Blank 46NT41 for Metallography
has state: iwt blank 46NT41 part 1 tqc
has state: Test piece 46NTAP

Temporal Region after second IWT cutting and before IWT cutting 46NT42
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT42
precedes: Temporal Region of IWM Cutting 46NT42

iwt blank 46NT42 part 1
type: object
type: 42CrMoS4 Steel 45 after Heat Treatment
derives from: iwt blank 46NT42
output of: Cutting Process of Blank 46NT42 for Metallography
has state: iwt blank 46NT42 part 1 tqc
has state: Test piece 46NTAR

Temporal Region after second IWT cutting and before IWT cutting 46NT44
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT44
precedes: Temporal Region of IWM Cutting 46NT44

iwt blank 46NT44 part 1
type: object
type: 42CrMoS4 Steel 63 after Heat Treatment
derives from: iwt blank 46NT44
output of: Cutting Process of Blank 46NT44 for Metallography
has state: iwt blank 46NT44 part 1 tqc
has state: Test piece 46NTAV

Temporal Region after second IWT cutting and before IWT cutting 46NT45
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT45
precedes: Temporal Region of IWM Cutting 46NT45

iwt blank 46NT45 part 1
type: object
type: 42CrMoS4 Steel 64 after Heat Treatment
derives from: iwt blank 46NT45
output of: Cutting Process of Blank 46NT45 for Metallography
has state: iwt blank 46NT45 part 1 tqc
has state: Test piece 46NTAX

Temporal Region after second IWT cutting and before IWT cutting 46NT46
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT46
precedes: Temporal Region of IWM Cutting 46NT46

iwt blank 46NT46 part 1
type: object
type: 42CrMoS4 Steel 65 after Heat Treatment
derives from: iwt blank 46NT46
output of: Cutting Process of Blank 46NT46 for Metallography
has state: iwt blank 46NT46 part 1 tqc
has state: Test piece 46NTAZ

Temporal Region after second IWT cutting and before IWT cutting 46NT47
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT47
precedes: Temporal Region of IWM Cutting 46NT47

iwt blank 46NT47 part 1
type: object
type: 42CrMoS4 Steel 66 after Heat Treatment
derives from: iwt blank 46NT47
output of: Cutting Process of Blank 46NT47 for Metallography
has state: iwt blank 46NT47 part 1 tqc
has state: Test piece 46NTB1

Temporal Region after second IWT cutting and before IWT cutting 46NT49
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT49
precedes: Temporal Region of IWM Cutting 46NT49

iwt blank 46NT49 part 1
type: object
type: 42CrMoS4 Steel 68 after Heat Treatment
derives from: iwt blank 46NT49
output of: Cutting Process of Blank 46NT49 for Metallography
has state: iwt blank 46NT49 part 1 tqc
has state: Test piece 46NTB5

Temporal Region after second IWT cutting and before IWT cutting 46NT50
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT50
precedes: Temporal Region of IWM Cutting 46NT50

iwt blank 46NT50 part 1
type: object
type: 42CrMoS4 Steel 69 after Heat Treatment
derives from: iwt blank 46NT50
output of: Cutting Process of Blank 46NT50 for Metallography
has state: iwt blank 46NT50 part 1 tqc
has state: Test piece 46NTB7

Temporal Region after second IWT cutting and before IWT cutting 46NT51
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT51
precedes: Temporal Region of IWM Cutting 46NT51

iwt blank 46NT51 part 1
type: object
type: 42CrMoS4 Steel 70 after Heat Treatment
derives from: iwt blank 46NT51
output of: Cutting Process of Blank 46NT51 for Metallography
has state: iwt blank 46NT51 part 1 tqc
has state: Test piece 46NTB9

Temporal Region after second IWT cutting and before IWT cutting 46NT52
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT52
precedes: Temporal Region of IWM Cutting 46NT52

iwt blank 46NT52 part 1
type: object
type: 42CrMoS4 Steel 71 after Heat Treatment
derives from: iwt blank 46NT52
output of: Cutting Process of Blank 46NT52 for Metallography
has state: iwt blank 46NT52 part 1 tqc
has state: Test piece 46NTBB

Temporal Region after second IWT cutting and before IWT cutting 46NT54
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT54
precedes: Temporal Region of IWM Cutting 46NT54

iwt blank 46NT54 part 1
type: object
type: 42CrMoS4 Steel 73 after Heat Treatment
derives from: iwt blank 46NT54
output of: Cutting Process of Blank 46NT54 for Metallography
has state: iwt blank 46NT54 part 1 tqc
has state: Test piece 46NTBF

Temporal Region after second IWT cutting and before IWT cutting 46NT55
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT55
precedes: Temporal Region of IWM Cutting 46NT55

iwt blank 46NT55 part 1
type: object
type: 42CrMoS4 Steel 74 after Heat Treatment
derives from: iwt blank 46NT55
output of: Cutting Process of Blank 46NT55 for Metallography
has state: iwt blank 46NT55 part 1 tqc
has state: Test piece 46NTBH

Temporal Region after second IWT cutting and before IWT cutting 46NT58
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT58
precedes: Temporal Region of IWM Cutting 46NT58

iwt blank 46NT58 part 1
type: object
type: 42CrMoS4 Steel 78 after Heat Treatment
derives from: iwt blank 46NT58
output of: Cutting Process of Blank 46NT58 for Metallography
has state: iwt blank 46NT58 part 1 tqc
has state: Test piece 46NTBN

Temporal Region after second IWT cutting and before IWT cutting 46NT59
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT59
precedes: Temporal Region of IWM Cutting 46NT59

iwt blank 46NT59 part 1
type: object
type: 42CrMoS4 Steel 79 after Heat Treatment
derives from: iwt blank 46NT59
output of: Cutting Process of Blank 46NT59 for Metallography
has state: iwt blank 46NT59 part 1 tqc
has state: Test piece 46NTBP

Temporal Region after second IWT cutting and before IWT cutting 46NT60
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT60
precedes: Temporal Region of IWM Cutting 46NT60

iwt blank 46NT60 part 1
type: object
type: 42CrMoS4 Steel 80 after Heat Treatment
derives from: iwt blank 46NT60
output of: Cutting Process of Blank 46NT60 for Metallography
has state: iwt blank 46NT60 part 1 tqc
has state: Test piece 46NTBR

Temporal Region after second IWT cutting and before IWT cutting 46NT61
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT61
precedes: Temporal Region of IWM Cutting 46NT61

iwt blank 46NT61 part 1
type: object
type: 42CrMoS4 Steel 81 after Heat Treatment
derives from: iwt blank 46NT61
output of: Cutting Process of Blank 46NT61 for Metallography
has state: iwt blank 46NT61 part 1 tqc
has state: Test piece 46NTBT

Temporal Region after second IWT cutting and before IWT cutting 46NT63
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT63
precedes: Temporal Region of IWM Cutting 46NT63

iwt blank 46NT63 part 1
type: object
type: 42CrMoS4 Steel 83 after Heat Treatment
derives from: iwt blank 46NT63
output of: Cutting Process of Blank 46NT63 for Metallography
has state: iwt blank 46NT63 part 1 tqc
has state: Test piece 46NTBX

Temporal Region after second IWT cutting and before IWT cutting 46NT64
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT64
precedes: Temporal Region of IWM Cutting 46NT64

iwt blank 46NT64 part 1
type: object
type: 42CrMoS4 Steel 84 after Heat Treatment
derives from: iwt blank 46NT64
output of: Cutting Process of Blank 46NT64 for Metallography
has state: iwt blank 46NT64 part 1 tqc
has state: Test piece 46NTBZ

Temporal Region after second IWT cutting and before IWT cutting 46NT65
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT65
precedes: Temporal Region of IWM Cutting 46NT65

iwt blank 46NT65 part 1
type: object
type: 42CrMoS4 Steel 85 after Heat Treatment
derives from: iwt blank 46NT65
output of: Cutting Process of Blank 46NT65 for Metallography
has state: iwt blank 46NT65 part 1 tqc
has state: Test piece 46NTC1

Temporal Region after second IWT cutting and before IWT cutting 46NT66
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT66
precedes: Temporal Region of IWM Cutting 46NT66

iwt blank 46NT66 part 1
type: object
type: 42CrMoS4 Steel 86 after Heat Treatment
derives from: iwt blank 46NT66
output of: Cutting Process of Blank 46NT66 for Metallography
has state: iwt blank 46NT66 part 1 tqc
has state: Test piece 46NTC3

Temporal Region after second IWT cutting and before IWT cutting 46NT68
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT68
precedes: Temporal Region of IWM Cutting 46NT68

iwt blank 46NT68 part 1
type: object
type: 42CrMoS4 Steel 88 after Heat Treatment
derives from: iwt blank 46NT68
output of: Cutting Process of Blank 46NT68 for Metallography
has state: iwt blank 46NT68 part 1 tqc
has state: Test piece 46NTC7

Temporal Region after second IWT cutting and before IWT cutting 46NT69
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT69
precedes: Temporal Region of IWM Cutting 46NT69

iwt blank 46NT69 part 1
type: object
type: 42CrMoS4 Steel 89 after Heat Treatment
derives from: iwt blank 46NT69
output of: Cutting Process of Blank 46NT69 for Metallography
has state: iwt blank 46NT69 part 1 tqc
has state: Test piece 46NTC9

Temporal Region after second IWT cutting and before IWT cutting 46NT70
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT70
precedes: Temporal Region of IWM Cutting 46NT70

iwt blank 46NT70 part 1
type: object
type: 42CrMoS4 Steel 90 after Heat Treatment
derives from: iwt blank 46NT70
output of: Cutting Process of Blank 46NT70 for Metallography
has state: iwt blank 46NT70 part 1 tqc
has state: Test piece 46NTCB

input of
type: ObjectProperty
sub property of: RO_0000056
IAO_0000115: inverse of has input

has state
type: ObjectProperty
type: InverseFunctionalProperty
domain: Class
  intersection of: BFO_0000002
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: BFO_0000002
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: BFO_0000002
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: BFO_0000002
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: BFO_0000002
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: BFO_0000002
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: BFO_0000002
  intersection of: Class
    complement of: temporally qualified continuant
domain: Class
  intersection of: BFO_0000002
  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
PMD_0001032: https://github.com/materialdigital/core-ontology/issues/185

complies with
type: ObjectProperty
domain: BFO_0000004
label: entspricht @de
range: information content entity
sub property of: PMD_0000004
definition: complies with is a relation between an independent continuant and an information content entity (e.g., specification or objective) that it conforms to.

DIN_EN_10083_2006
type: material specification
is about: 42CrMoS4 rod 02
is about: 42CrMoS4 rod 03
is about: 42CrMoS4 rod 04
is about: 42CrMoS4 rod 05
is about: 42CrMoS4 rod 06
is about: 42CrMoS4 rod 07
is about: 42CrMoS4 rod 08
is about: 42CrMoS4 rod 09
is about: 42CrMoS4 rod 10
is about: 42CrMoS4 rod 11
is about: 42CrMoS4 rod 12
is about: 42CrMoS4 rod 13
is about: 42CrMoS4 rod 14
is about: 42CrMoS4 rod 15
is about: 42CrMoS4 rod 17
is about: 42CrMoS4 rod 18
is about: 42CrMoS4 rod 19
is about: 42CrMoS4 rod 20
is about: 42CrMoS4 rod 22
is about: 42CrMoS4 rod 24
is about: 42CrMoS4 rod 25
is about: 42CrMoS4 rod 26
is about: 42CrMoS4 rod 27
is about: 42CrMoS4 rod 28
is about: 42CrMoS4 rod 29
is about: 42CrMoS4 rod 30
is about: 42CrMoS4 rod 32
is about: 42CrMoS4 rod 33
is about: 42CrMoS4 rod 34
is about: 42CrMoS4 rod 35
is about: 42CrMoS4 rod 36
is about: 42CrMoS4 rod 37
is about: 42CrMoS4 rod 38
is about: 42CrMoS4 rod 39
is about: 42CrMoS4 rod 40
is about: 42CrMoS4 rod 41
is about: 42CrMoS4 rod 42
is about: 42CrMoS4 rod 43
is about: 42CrMoS4 rod 44
is about: 42CrMoS4 rod 45
is about: 42CrMoS4 rod 62
is about: 42CrMoS4 rod 63
is about: 42CrMoS4 rod 64
is about: 42CrMoS4 rod 65
is about: 42CrMoS4 rod 66
is about: 42CrMoS4 rod 67
is about: 42CrMoS4 rod 68
is about: 42CrMoS4 rod 69
is about: 42CrMoS4 rod 70
is about: 42CrMoS4 rod 71
is about: 42CrMoS4 rod 72
is about: 42CrMoS4 rod 73
is about: 42CrMoS4 rod 74
is about: 42CrMoS4 rod 77
is about: 42CrMoS4 rod 78
is about: 42CrMoS4 rod 79
is about: 42CrMoS4 rod 80
is about: 42CrMoS4 rod 81
is about: 42CrMoS4 rod 82
is about: 42CrMoS4 rod 83
is about: 42CrMoS4 rod 84
is about: 42CrMoS4 rod 85
is about: 42CrMoS4 rod 86
is about: 42CrMoS4 rod 87
is about: 42CrMoS4 rod 88
is about: 42CrMoS4 rod 89
is about: 42CrMoS4 rod 90

Temporal Region of second IWT cutting 46NT01
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT01
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT01

iwt blank 46NT01 part 1
type: 42CrMoS4 Steel 02 after Heat Treatment
type: object
derives from: iwt blank 46NT01
output of: Cutting Process of Blank 46NT01 for Metallography
has state: Metallography Disc 46NTG9
has state: iwt blank 46NT01 part 1 tqc
has state: Test piece 46NT71

Temporal Region of second IWT cutting 46NT02
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT02
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT02

Temporal Region of second IWT cutting 46NT03
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT03
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT03

Temporal Region of second IWT cutting 46NT04
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT04
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT04

Temporal Region of second IWT cutting 46NT05
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT05
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT05

Temporal Region of second IWT cutting 46NT06
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT06
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT06

iwt blank 46NT06 part 1
type: object
type: 42CrMoS4 Steel 07 after Heat Treatment
derives from: iwt blank 46NT06
output of: Cutting Process of Blank 46NT06 for Metallography
has state: Metallography Disc 46NTGE
has state: iwt blank 46NT06 part 1 tqc
has state: Test piece 46NT81

Temporal Region of second IWT cutting 46NT07
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT07
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT07

Temporal Region of second IWT cutting 46NT08
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT08
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT08

Temporal Region of second IWT cutting 46NT09
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT09
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT09

Temporal Region of second IWT cutting 46NT10
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT10
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT10

Temporal Region of second IWT cutting 46NT11
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT11
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT11

iwt blank 46NT11 part 1
type: object
type: 42CrMoS4 Steel 12 after Heat Treatment
derives from: iwt blank 46NT11
output of: Cutting Process of Blank 46NT11 for Metallography
has state: Metallography Disc 46NTGJ
has state: iwt blank 46NT11 part 1 tqc
has state: Test piece 46NT91

Temporal Region of second IWT cutting 46NT12
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT12
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT12

Temporal Region of second IWT cutting 46NT13
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT13
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT13

Temporal Region of second IWT cutting 46NT14
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT14
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT14

Temporal Region of second IWT cutting 46NT15
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT15
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT15

iwt blank 46NT15 part 1
type: object
type: 42CrMoS4 Steel 17 after Heat Treatment
derives from: iwt blank 46NT15
output of: Cutting Process of Blank 46NT15 for Metallography
has state: Metallography Disc 46NTGN
has state: iwt blank 46NT15 part 1 tqc
has state: Test piece 46NT99

Temporal Region of second IWT cutting 46NT16
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT16
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT16

Temporal Region of second IWT cutting 46NT17
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT17
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT17

Temporal Region of second IWT cutting 46NT18
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT18
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT18

Temporal Region of second IWT cutting 46NT20
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT20
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT20

iwt blank 46NT20 part 1
type: object
type: 42CrMoS4 Steel 22 after Heat Treatment
derives from: iwt blank 46NT20
output of: Cutting Process of Blank 46NT20 for Metallography
has state: Metallography Disc 46NTGS
has state: iwt blank 46NT20 part 1 tqc
has state: Test piece 46NT9J

Temporal Region of second IWT cutting 46NT22
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT22
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT22

Temporal Region of second IWT cutting 46NT23
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT23
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT23

Temporal Region of second IWT cutting 46NT24
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT24
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT24

Temporal Region of second IWT cutting 46NT25
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT25
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT25

iwt blank 46NT25 part 1
type: object
type: 42CrMoS4 Steel 27 after Heat Treatment
derives from: iwt blank 46NT25
output of: Cutting Process of Blank 46NT25 for Metallography
has state: Metallography Disc 46NTGX
has state: iwt blank 46NT25 part 1 tqc
has state: Test piece 46NT9T

Temporal Region of second IWT cutting 46NT26
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT26
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT26

Temporal Region of second IWT cutting 46NT27
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT27
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT27

Temporal Region of second IWT cutting 46NT28
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT28
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT28

Temporal Region of second IWT cutting 46NT29
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT29
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT29

iwt blank 46NT29 part 1
type: object
type: 42CrMoS4 Steel 32 after Heat Treatment
derives from: iwt blank 46NT29
output of: Cutting Process of Blank 46NT29 for Metallography
has state: Metallography Disc 46NTH1
has state: iwt blank 46NT29 part 1 tqc
has state: Test piece 46NTA1

Temporal Region of second IWT cutting 46NT30
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT30
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT30

Temporal Region of second IWT cutting 46NT31
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT31
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT31

Temporal Region of second IWT cutting 46NT32
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT32
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT32

Temporal Region of second IWT cutting 46NT33
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT33
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT33

Temporal Region of second IWT cutting 46NT34
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT34
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT34

iwt blank 46NT34 part 1
type: object
type: 42CrMoS4 Steel 37 after Heat Treatment
derives from: iwt blank 46NT34
output of: Cutting Process of Blank 46NT34 for Metallography
has state: Metallography Disc 46NTH6
has state: iwt blank 46NT34 part 1 tqc
has state: Test piece 46NTAB

Temporal Region of second IWT cutting 46NT35
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT35
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT35

Temporal Region of second IWT cutting 46NT36
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT36
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT36

Temporal Region of second IWT cutting 46NT37
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT37
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT37

Temporal Region of second IWT cutting 46NT38
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT38
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT38

Temporal Region of second IWT cutting 46NT39
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT39
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT39

iwt blank 46NT39 part 1
type: object
type: 42CrMoS4 Steel 42 after Heat Treatment
derives from: iwt blank 46NT39
output of: Cutting Process of Blank 46NT39 for Metallography
has state: Metallography Disc 46NTHB
has state: iwt blank 46NT39 part 1 tqc
has state: Test piece 46NTAL

Temporal Region of second IWT cutting 46NT40
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT40
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT40

Temporal Region of second IWT cutting 46NT41
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT41
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT41

Temporal Region of second IWT cutting 46NT42
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT42
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT42

Temporal Region of second IWT cutting 46NT43
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT43
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT43

iwt blank 46NT43 part 1
type: object
type: 42CrMoS4 Steel 62 after Heat Treatment
derives from: iwt blank 46NT43
output of: Cutting Process of Blank 46NT43 for Metallography
has state: Metallography Disc 46NTHF
has state: iwt blank 46NT43 part 1 tqc
has state: Test piece 46NTAT

Temporal Region of second IWT cutting 46NT44
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT44
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT44

Temporal Region of second IWT cutting 46NT45
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT45
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT45

Temporal Region of second IWT cutting 46NT46
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT46
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT46

Temporal Region of second IWT cutting 46NT47
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT47
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT47

Temporal Region of second IWT cutting 46NT48
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT48
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT48

iwt blank 46NT48 part 1
type: object
type: 42CrMoS4 Steel 67 after Heat Treatment
derives from: iwt blank 46NT48
output of: Cutting Process of Blank 46NT48 for Metallography
has state: Metallography Disc 46NTHK
has state: iwt blank 46NT48 part 1 tqc
has state: Test piece 46NTB3

Temporal Region of second IWT cutting 46NT49
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT49
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT49

Temporal Region of second IWT cutting 46NT50
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT50
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT50

Temporal Region of second IWT cutting 46NT51
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT51
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT51

Temporal Region of second IWT cutting 46NT52
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT52
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT52

Temporal Region of second IWT cutting 46NT53
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT53
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT53

iwt blank 46NT53 part 1
type: object
type: 42CrMoS4 Steel 72 after Heat Treatment
derives from: iwt blank 46NT53
output of: Cutting Process of Blank 46NT53 for Metallography
has state: Metallography Disc 46NTHP
has state: iwt blank 46NT53 part 1 tqc
has state: Test piece 46NTBD

Temporal Region of second IWT cutting 46NT54
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT54
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT54

Temporal Region of second IWT cutting 46NT55
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT55
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT55

Temporal Region of second IWT cutting 46NT57
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT57
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT57

iwt blank 46NT57 part 1
type: object
type: 42CrMoS4 Steel 77 after Heat Treatment
derives from: iwt blank 46NT57
output of: Cutting Process of Blank 46NT57 for Metallography
has state: Metallography Disc 46NTHT
has state: iwt blank 46NT57 part 1 tqc
has state: Test piece 46NTBL

Temporal Region of second IWT cutting 46NT58
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT58
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT58

Temporal Region of second IWT cutting 46NT59
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT59
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT59

Temporal Region of second IWT cutting 46NT60
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT60
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT60

Temporal Region of second IWT cutting 46NT61
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT61
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT61

Temporal Region of second IWT cutting 46NT62
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT62
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT62

iwt blank 46NT62 part 1
type: object
type: 42CrMoS4 Steel 82 after Heat Treatment
derives from: iwt blank 46NT62
output of: Cutting Process of Blank 46NT62 for Metallography
has state: Metallography Disc 46NTHY
has state: iwt blank 46NT62 part 1 tqc
has state: Test piece 46NTBV

Temporal Region of second IWT cutting 46NT63
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT63
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT63

Temporal Region of second IWT cutting 46NT64
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT64
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT64

Temporal Region of second IWT cutting 46NT65
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT65
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT65

Temporal Region of second IWT cutting 46NT66
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT66
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT66

Temporal Region of second IWT cutting 46NT67
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT67
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT67

iwt blank 46NT67 part 1
type: object
type: 42CrMoS4 Steel 87 after Heat Treatment
derives from: iwt blank 46NT67
output of: Cutting Process of Blank 46NT67 for Metallography
has state: Metallography Disc 46NTI3
has state: iwt blank 46NT67 part 1 tqc
has state: Test piece 46NTC5

Temporal Region of second IWT cutting 46NT68
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT68
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT68

Temporal Region of second IWT cutting 46NT69
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT69
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT69

Temporal Region of second IWT cutting 46NT70
type: temporal region
preceded by: Temporal Region of Heat Treatment 46NT70
precedes: Temporal Region after second IWT cutting and before IWT cutting 46NT70

Temporal Region after second IWT cutting and before IWT cutting 46NT01
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT01
precedes: Temporal Region of IWM Cutting 46NT01

Temporal Region after second IWT cutting and before IWT cutting 46NT06
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT06
precedes: Temporal Region of IWM Cutting 46NT06

Temporal Region after second IWT cutting and before IWT cutting 46NT11
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT11
precedes: Temporal Region of IWM Cutting 46NT11

Temporal Region after second IWT cutting and before IWT cutting 46NT15
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT15
precedes: Temporal Region of IWM Cutting 46NT15

Temporal Region after second IWT cutting and before IWT cutting 46NT20
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT20
precedes: Temporal Region of IWM Cutting 46NT20

Temporal Region after second IWT cutting and before IWT cutting 46NT25
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT25
precedes: Temporal Region of IWM Cutting 46NT25

Temporal Region after second IWT cutting and before IWT cutting 46NT29
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT29
precedes: Temporal Region of IWM Cutting 46NT29

Temporal Region after second IWT cutting and before IWT cutting 46NT34
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT34
precedes: Temporal Region of IWM Cutting 46NT34

Temporal Region after second IWT cutting and before IWT cutting 46NT39
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT39
precedes: Temporal Region of IWM Cutting 46NT39

Temporal Region after second IWT cutting and before IWT cutting 46NT43
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT43
precedes: Temporal Region of IWM Cutting 46NT43

Temporal Region after second IWT cutting and before IWT cutting 46NT48
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT48
precedes: Temporal Region of IWM Cutting 46NT48

Temporal Region after second IWT cutting and before IWT cutting 46NT53
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT53
precedes: Temporal Region of IWM Cutting 46NT53

Temporal Region after second IWT cutting and before IWT cutting 46NT57
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT57
precedes: Temporal Region of IWM Cutting 46NT57

Temporal Region after second IWT cutting and before IWT cutting 46NT62
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT62
precedes: Temporal Region of IWM Cutting 46NT62

Temporal Region after second IWT cutting and before IWT cutting 46NT67
type: temporal region
preceded by: Temporal Region of second IWT cutting 46NT67
precedes: Temporal Region of IWM Cutting 46NT67

steel
type: Class
subclass of: PMD_0000639
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
subclass of: Restriction
  on property: PMD_0020005
  some values from: PMD_0020030
definition: Steel is a ferrous alloy that consists of iron and carbon and possibly other alloying elements (and possibly impurities).
PMD_0000060: true

has characteristic
type: ObjectProperty
type: InverseFunctionalProperty
range: BFO_0000020
IAO_0000112: this apple is bearer of this red color
IAO_0000112: this vase is bearer of this fragility
IAO_0000115: Inverse of characteristic_of
IAO_0000116: 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.

has quality
type: ObjectProperty
range: quality
sub property of: has characteristic
IAO_0000112: this apple has quality this red color
IAO_0000115: a relation between an independent continuant (the bearer) and a quality, in which the quality specifically depends on the bearer for its existence
IAO_0000116: 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.

indentation hardness
type: Class
subclass of: PMD_0000773
definition: The indentation hardness is a hardness representing the resistance of a material to deformation from an indenter, used to assess surface hardness.
PMD_0000060: true

intensive quality
type: Class
subclass of: quality
disjoint with: PMD_0020148
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.
PMD_0000060: true

size
type: Class
subclass of: PMD_0020148
definition: Size is the quality of a material entity that describes its spatial extend.
PMD_0000060: true

material specification
type: Class
subclass of: IAO_0000033
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.
PMD_0000060: true

is about
type: ObjectProperty
domain: information content entity
IAO_0000112: This document is about information artifacts and their representations
IAO_0000115: A (currently) primitive relation that relates an information artifact to an entity.
IAO_0000116: 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.
IAO_0000119: Smith, Ceusters, Ruttenberg, 2000 years of philosophy
inverse of: PMD_0000004

tensile testing machine
type: Class
label: Zugprüfmaschine @de
subclass of: PMD_0000602
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.

elastic modulus
type: Class
subclass of: PMD_0000949
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: BFO_0000027
    union of: object
    union of: PMD_0000538
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: BFO_0000027
    union of: object
    union of: PMD_0000538
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: BFO_0000027
    union of: object
    union of: PMD_0000538
subclass of: Restriction
  on property: characteristic of
  some values from: Class
    union of: BFO_0000027
    union of: object
    union of: PMD_0000538
subclass of: Restriction
  on property: characteristic of
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.
PMD_0000060: true