@prefix dcat: . @prefix dct: . @prefix foaf: . @prefix prov: . @prefix vcard: . @prefix xsd: . a dcat:Dataset ; dct:creator [ a foaf:Agent ; vcard:hasEmail ; foaf:name "Thomas Bjarsch" ] ; dct:description """This dataset contains about 2000 results from hybrid-specimen tensile tests (both experimental and simulated). Each specimen (identified by `hyb` and optionally a human-readable `hyb_name`) is described by a structured set of metadata covering **geometry** (e.g., overlap length, ply/metal/adhesive thickness, bolt diameter), **joining concept** (binary flags for `bolt` and `adhesive`), and **process/condition information** (e.g., CFRP and metal surface preparation classes, aging state, bolt torque/prestress, friction coefficients, adhesive curing temperatures).\r \r Material properties are included for the involved constituents—**CFRP** (tensile strengths in 0°/90°), **metal** (modulus and strength), **bolt** (modulus and strength), and **adhesive** (modulus and strength)—with values coming from datasheets for experiments or serving as input parameters for simulations. Mechanical response is captured through aligned tensile-test statistics (min/max/mean) for **force**, **strain**, and **stress**, plus the full **stress–strain curve** (`stress_val` array) and an overall performance metric, the **hybrid tensile strength** (`hyb_tens_strength_val`, max stress). A boolean `simulated` indicates whether a row originates from simulation or experiment.\r """ ; dct:identifier "be95ebae-482a-443a-a4a6-57dd46ca94d3" ; dct:issued "2025-12-17T10:09:42.141786"^^xsd:dateTime ; dct:modified "2025-12-17T10:13:18.151393"^^xsd:dateTime ; dct:publisher [ a foaf:Agent ; vcard:hasEmail ; foaf:name "Thomas Bjarsch" ] ; dct:title "Simulated and Experimental Tensile Test Results for Hybrid Materials (CFRP-Steel)" ; dcat:contactPoint [ a vcard:Kind ; vcard:fn "Thomas Bjarsch" ; vcard:hasEmail ] ; dcat:distribution ; dcat:qualifiedAttribution [ a dcat:Attribution ] ; prov:wasGeneratedBy [ a prov:Activity ] . a dcat:Distribution ; dct:description """### Brief explanation of each variable\r \r * **`hyb`**: Unique identifier for the hybrid specimen.\r * **`hyb_name`**: Human-readable specimen label (for easier identification; not used for training).\r * **`base_plate_id`**: Identifier of the CFRP base plate (may be missing; not available for simulations).\r * **`ply_thickness_val`**: Thickness of a single CFRP ply (mm).\r * **`overlap_len_mm`**: Overlap length of the joint region (mm).\r * **`cfrp_surf_prep_class`**: Surface preparation category applied to the CFRP.\r * **`bolt`**: Flag indicating a bolted joint (1 = yes, 0 = no).\r * **`adhesive`**: Flag indicating an adhesive joint (1 = yes, 0 = no).\r * **`aging`**: Flag indicating aging treatment (1 = aged, 0 = not aged).\r * **`cfrp_tens_stren_90_dgr_mpa`**: CFRP tensile strength in 90° direction (MPa).\r * **`cfrp_tens_stren_0_dgr_mpa`**: CFRP tensile strength in 0° direction (MPa).\r * **`bolt_tens_strength_val`**: Bolt tensile strength (MPa).\r * **`bolt_tens_mod_val`**: Bolt Young’s modulus (MPa).\r * **`adhesive_tens_strength_val`**: Adhesive tensile strength (MPa).\r * **`adhesive_tens_mod_val`**: Adhesive Young’s modulus (MPa).\r * **`bolt_diameter_val`**: Bolt diameter (mm).\r * **`adhesive_thickness_val`**: Thickness of the adhesive layer (mm).\r * **`torque_val_Nm`**: Applied bolt pretension torque (N·m); null if no bolt.\r * **`metal_surf_prep_class`**: Surface preparation category applied to the metal part (usually missing for simulations).\r * **`metal_tens_mod_val`**: Metal Young’s modulus (MPa).\r * **`metal_tens_strength_val`**: Metal tensile strength (MPa).\r * **`metal_thick_val`**: Metal thickness (mm).\r * **`force_val_min`**: Minimum force value in the test curve (N), aligned/interpolated to strain/stress.\r * **`force_val_max`**: Maximum force value in the test curve (N), aligned/interpolated to strain/stress.\r * **`force_val_mean`**: Mean force value over the curve (N), aligned/interpolated to strain/stress.\r * **`strain_val_min`**: Minimum measured strain (dimensionless), aligned to force/stress.\r * **`strain_val_max`**: Maximum measured strain (dimensionless), aligned to force/stress.\r * **`strain_val_mean`**: Mean strain over the curve (dimensionless), aligned to force/stress.\r * **`stress_val`**: Full stress history/curve as an array (MPa), derived from force and adhesion area.\r * **`stress_val_min`**: Minimum stress value over the curve (MPa), aligned to force/strain.\r * **`stress_val_max`**: Maximum stress value over the curve (MPa), aligned to force/strain.\r * **`stress_val_mean`**: Mean stress value over the curve (MPa), aligned to force/strain.\r * **`hyb_tens_strength_val`**: Hybrid specimen tensile strength (MPa), typically the maximum stress.\r * **`simulated`**: Data source flag (`true` = simulation, `false` = experiment).\r * **`adh_temp_val_min`**: Minimum adhesive cure temperature during autoclave cycle (°C).\r * **`adh_temp_val_max`**: Maximum adhesive cure temperature during autoclave cycle (°C).\r * **`adh_temp_val_mean`**: Mean adhesive cure temperature during autoclave cycle (°C).\r * **`friction_steel_steel_val`**: Friction coefficient between screw/bolt and metal plate (dimensionless).\r * **`friction_steel_cfrp_val`**: Friction coefficient between screw/bolt and CFRP plate (dimensionless).\r * **`prestress_val_N`**: Bolt pre-stress (pretension force) applied to the joint (N).\r """ ; dct:format "JSON" ; dct:issued "2025-12-17T10:11:46.164528"^^xsd:dateTime ; dct:modified "2025-12-17T10:11:46.300961"^^xsd:dateTime ; dct:title "20250827_output.json" ; dcat:accessService [ a dcat:DataService ] ; dcat:accessURL ; dcat:mediaType "application/json" .