StahlDigital Vocabulary
description: Vocabulary of project StahlDigital
contributor: Clemens Fehrenbach, Alexander Butz, Alexander Wessel, Andreas Trondl, Silke Klitschke, Paul Zierep, Lukas Morand, Dirk Helm
created: 2023
date: 2024-06-24T16:23:54+00:00
type: Ontology
version info: 1.0

Abaqus
type: Class
comment: Simulation Software named Abaqus
subclass of: Solver
preflabel: Abaqus @de

AbsoluteCrossheadTravel
description: "Absolute position der Traverse" [Author] @de
description: "Absolute position of the crosshead." [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Absolute crosshead travel
altlabel: Traversenweg absolut @de
preflabel: AbsoluteCrossheadTravel
has description citation source: Author @de
has description citation source: Authors
has example data: 1158.37
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: deepl translator
has typical unit: MilliM
has typical unit label: mm

AmplitudeFile
description: "Datei mit Informationen zu den verwendeten Amplituden für die Mikrostruktursimulation" [General Knowledge] @de
description: "File containing information regarding the amplitude used for micorstructure simulation" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Amplitude file
altlabel: Amplituden-Datei @de
preflabel: AmplitudeFile
has description citation source: General Knowledge @de
has label source: General Knowledge @de

AnisotropicYieldFunction
description: "Anisotropes Fließortmodell, das für die Bestimmung der Parameter verwendet wurde" [General Knowledge] @de
description: "Anisotropic yield model used for the parameter identification" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Anisotropes Fließortmodell @de
altlabel: Anisotropic yield function
preflabel: AnisotropicYieldFunction
has description citation source: General Knowledge @de
has label source: General Knowledge @de

AnisotropicYieldFunctionParameters
description: "Parameters des betrachteten anisotropen Fließortmodells" [General Knowledge] @de
description: "Parameters of the anisotropic yield function considered" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Anisotrope Fließortparameter @de
altlabel: Anisotropic yield function parameters
preflabel: AnisotropicYieldFunctionParameters
has description citation source: General Knowledge @de
has label source: General Knowledge @de

BatchNumber
type: Class
type: Concept
subclass of: ValueObject
altlabel: Chargennummer @de
preflabel: BatchNumber
has label source: K-Item @de

Benchmark
type: Class
label: Messlatte @de
altlabel: Bezugspunkt @de
altlabel: Maßstab @de
altlabel: Richtwert @de
preflabel: Benchmark
preflabel: Messlatte @de

BiaxialStress
description: "Biaxial stress received from post-processing the hydraulic bulge test." [DIN EN ISO 16808:2022-08, 12]
description: "Biaxiale Spannung ermittelt mit Hilfe des hydraulischen Tiefungsversuchs." [DIN EN ISO 16808:2022-08, 12] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Biaxial stress
altlabel: Biaxiale Spannung @de
preflabel: BiaxialStress
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: σ_B
has symbol latex: \sigma_B
has typical unit: MegaPA
has typical unit label: MPa

BlankHolderForce
description: "Draw-in shall be prevented as much as possible" [DIN EN ISO 12004-2: 2021_07, 5]
description: "Kraft zum Halten des Schnittteils, das Einschnüren muss sowie wie möglich verhindert werden" [DIN EN ISO 12004-2: 2021_07, 13] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Clamping force
altlabel: Haltekraft des Schnittteils @de
altlabel: blank holder force
preflabel: BlankHolderForce
has description citation source: Authors
has description citation source: DIN EN ISO 12004-2: 2021_07, 13 @de
has description citation source: DIN EN ISO 12004-2: 2021_07, 5
has example data: 325
has example data: 600
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 13 @de
has label source: DIN EN ISO 12004-2: 2021_07, 5
has typical unit: KiloN
has typical unit label: kN

BoundaryFile
description: "Datei mit Informationen zu den verwendeten Randbedingungen für die Mikrostruktursimulation" [General Knowledge] @de
description: "File containing information regarding the boundaries used for micorstructure simulation" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bounadry-Datei @de
altlabel: Boundary file
preflabel: BoundaryFile
has description citation source: General Knowledge @de
has label source: General Knowledge @de

BrinellHardness
description: Brinell Hardness
type: Class
type: Concept
subclass of: ValueObject
altlabel: Brinell Hardness
preflabel: BrinellHardness
has typical unit: HBW
has typical unit label: HBW

BrinellHardnessAverage
description: Average Brinell Hardness
type: Class
type: Concept
subclass of: ValueObject
altlabel: Average Brinell Hardness
preflabel: BrinellHardnessAverage
has typical unit: HBW
has typical unit label: HBW

BrinellHardnessCRMAverage
description: CRM Average Brinell Hardness
type: Class
type: Concept
subclass of: ValueObject
altlabel: CRM Average Brinell Hardness
preflabel: BrinellHardnessCRMAverage
has typical unit: HBW
has typical unit label: HBW

BrinellHardnessCRMStandardDeviation
description: CRM Standard Deviation of Brinell Hardness
type: Class
type: Concept
subclass of: ValueObject
altlabel: CRM Standard Deviation of Brinell Hardness
preflabel: BrinellHardnessCRMStandardDeviation
has typical unit: HBW
has typical unit label: HBW

BrinellHardnessStandardDeviation
description: Standard Deviation Brinell Hardness
type: Class
type: Concept
subclass of: ValueObject
altlabel: Standard Deviation Brinell Hardness
preflabel: BrinellHardnessStandardDeviation
has typical unit: HBW
has typical unit label: HBW

BrinellHardnessUncertainty
description: Brinell Hardness Uncertainty
type: Class
type: Concept
subclass of: ValueObject
altlabel: Brinell Hardness Uncertainty
preflabel: BrinellHardnessUncertainty
has typical unit: HBW
has typical unit label: HBW

bulge test
type: Class
label: Bulgeversuch @de
preflabel: Bulgeversuch @de
preflabel: bulge test

CRMUncertainty
description: CRM Uncertainty
type: Class
type: Concept
subclass of: ValueObject
altlabel: CRM Uncertainty
preflabel: CRMUncertainty
has typical unit: UNITLESS
has typical unit label: 1

CalibrationComponents
type: Class
type: Concept
subclass of: ValueObject
altlabel: Kalibrierkomponenten @de
preflabel: CalibrationComponents
related: CalibrationStatus
has example data: Maschinenweg, Lastzelle
has label source: K-Item @de

CalibrationStatus
type: Class
type: Concept
subclass of: ValueObject
altlabel: Kalibrierstatus @de
altlabel: Status @de
preflabel: CalibrationStatus
related: CalibrationComponents
has example data: Validierung vor Gebrauch
has label source: K-Item @de
has label source: Messmitteldatenbank @de

CameraSystem
description: "Art des Kamerasystems, welches für den hydraulischen Tiefungsversuch verwendet wurde." [DIN EN ISO 16808:2022-08, 12] @de
description: "Type of camera system used for the hydraulic bulge test." [DIN EN ISO 16808:2022-08, 12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Camera System
altlabel: Kamerasystem @de
preflabel: CameraSystem
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 12 @de

CharacteristicEngineeringStrainRate
description: "Mean value of the time-dependent engineering strain rate in the range between start of yield or 1% strain and strain at maximum force" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Characteristic engineering strain rate
altlabel: plastische @de
preflabel: CharacteristicEngineeringStrainRate
related: StrainRate
has description citation source: Authors
has example data: 0.8
has label source: YS1-Fz-D1Q @de
has typical unit: PER-SEC
has typical unit label: s-1
is based on: Extension
is based on: ExtensometerGaugeLength
is based on: ProofStrength_0.2Percentage
is based on: Time

Chemical Composition
type: Class
label: Chemische Zusammensetzung @de
preflabel: Chemical Composition
preflabel: Chemische Zusammensetzung @de

Clamping
type: Class
type: Concept
subclass of: ValueObject
altlabel: Clamping
preflabel: Clamping
has description citation source: Authors
has example data: with bead
has label source: AFZ1-NZ50-25-D1Q

ClampingForce
type: Class
type: Concept
subclass of: ValueObject
altlabel: Clamping force
altlabel: Klemmkraft @de
preflabel: ClampingForce
has label source: AFZ-BU-S1.TXT @de
has label source: deepl translator
has typical unit: http://qudt.org/vocab/unit/N
has typical unit label: N

Coating
type: Class
comment: Thing that you put on the surface of a specimen that influences the surface behaviour
label: Beschichtung @de
preflabel: Beschichtung @de
preflabel: Coating

Code
type: Class
comment: A external general simulation program. e.g. DAMASK or LAMMPS. A Code gets executed by a job
altlabel: Ablauf @de
preflabel: Code @de
related: software

File
type: Class
comment: file input or output of a job
label: Datei @de
subclass of: Resource
preflabel: Datei @de
preflabel: File

Resource
type: Class
comment: Input or output of a job
preflabel: Resource

CoefficientOfCorrelation
description: "additional result of the linear regression which describes the quality of the stress-strain curve in the evaluation range" [DIN EN ISO 6892-1, 3.15]
description: "zusätzliches Ergebnis der linearen Regression, welches die Qualität der Spannung-Dehnung-Kurve in dem untersuchten Bereich beschreibt" [DIN EN ISO 6892-1, 3.15] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bestimmtheitsmaß @de
altlabel: coefficient of correlation
preflabel: CoefficientOfCorrelation
has description citation source: DIN EN ISO 6892-1, 3.15 @de
has label source: DIN EN ISO 6892-1, 3.15 @de
has symbol: R2
has symbol latex: R^2
has typical unit: UNITLESS
has typical unit label: -

Color
type: Class
comment: A Color, Green, Yellow, etc..
label: Farbe @de
altlabel: Colour
preflabel: Color
preflabel: Farbe @de

ComplexPhaseSteel
description: "Stahl mit einer Mehrphasenmikrostruktur, die hauptsächlich Ferrit und Bainit enthält, wobei Martensit, angelassener Martensit, Restaustenit und Perlit als Zusatzphasen vorhanden sein können" [DIN EN 10346_2015] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Komplexphasenstahl @de
preflabel: ComplexPhaseSteel
related: Grade
has description citation source: DIN EN 10346_2015 @de
has example data: HCT980C
has label source: DIN EN 10346_2015 @de

Component
type: Class
label: Komponente @de
preflabel: Component
preflabel: Komponente @de

Component test
type: Class
label: Komponententest @de
preflabel: Component test
preflabel: Komponententest @de

Composition
description: "Elementzusammensetzung des Werkstoffs" [Authors] @de
type: Class
type: Concept
comment: Combination of Elements in a Phase or a whole Sample. Related to Alloys
label: Zusammensetzung @de
subclass of: ValueObject
altlabel: Chemische Zusammensetzung @de
altlabel: Legierung @de
altlabel: alloy
preflabel: Composition
preflabel: Zusammensetzung @de
has description citation source: Authors @de
has label source: K-Item @de

ComputerControlledTensileTestingMachine
description: "Maschine, bei der die Regelung und Überwachung des Versuches, die Messungen und die Datenverarbeitung von einem Computer durchgeführt werden" [DIN EN ISO 6892-1, 3.12] @de
description: "machine for which the control and monitoring of the test, the measurements, and the data processing are undertaken by computer" [DIN EN ISO 6892-1, 3.12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: computer-controlled tensile testing machine
altlabel: rechnergestützte Zugprüfmaschine @de
preflabel: ComputerControlledTensileTestingMachine
has description citation source: DIN EN ISO 6892-1, 3.12 @de
has label source: DIN EN ISO 6892-1, 3.12 @de

Coordinate system
type: Class
label: Koordinatensystem @de
altlabel: Koordinatensystem? @de
preflabel: Coordinate system
preflabel: Koordinatensystem @de

Crash Test
type: Class
preflabel: Crash Test @de

CrossHardeningParameter
type: Class
type: Concept
subclass of: ValueObject
altlabel: h_sl-sl
preflabel: CrossHardeningParameter
related: phenopowerlaw
has typical unit: UNITLESS
has typical unit label: 1

CrossheadDisplacement
description: "Displacement of the actuator" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Machine Displacement
altlabel: Maschine @de
preflabel: CrossheadDisplacement
related: Machine
has description citation source: Authors
has example data: 14786
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-ST-D1
has label source: YS1-FzR4-S1Q
has label source: YS1-Sz0°-S1L @de
has typical unit: MilliM
has typical unit label: mm

CrossheadSeparationRate
description: "The displacement of the crosshead per time" [Authors]
description: "The speed of the experiment." [Authors]
description: "Traversenweg je Zeiteinheit" [DIN EN ISO 6892-1, 3.7.3] @de
description: "displacement of the crossheads per time" [DIN EN ISO 6892-1, 3.7.3]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Prüfgeschwindigkeit @de
altlabel: Traversengeschwindigkeit @de
altlabel: crosshead separation rate
altlabel: v0
preflabel: CrossheadSeparationRate
related: ParallelLength
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.7.3 @de
has example data: 0.01
has example data: 0.02
has example data: 0.1
has example data: 4800
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-ST-D1
has label source: DIN EN ISO 6892-1, 3.7.3 @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: vc
has symbol latex: \nu_c
has typical unit: MilliM-PER-SEC
has typical unit label: mm s -1
has typical unit label: mm/s

CrystalPlasticityConstitutiveModel
description: "Beschreibung des verwendeten Kristallplastizitätsmodells" [General Knowledge] @de
description: "Description of the crystal plasticity constitutive model used for the microstructure simulations" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Crystal plasticity constitutive model
altlabel: Kristalplastizitätsmodell @de
preflabel: CrystalPlasticityConstitutiveModel
has description citation source: General Knowledge @de
has label source: General Knowledge @de

CrystalPlasticityParameterFile
description: "Datei, die die Parameter des Kristallplastizitätsmodells beinhaltet" [General Knowledge] @de
description: "File containing parameters of the crystal plasticity constitutive model used" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Crystal plasticity parameter file
altlabel: Kristallplastizitätsparameter-Datei @de
preflabel: CrystalPlasticityParameterFile
has description citation source: General Knowledge @de
has label source: General Knowledge @de

Crystollography Texture
type: Class
label: Kristallographische Beschaffenheit @de
preflabel: Crystollography Texture
preflabel: Kristallographische Beschaffenheit @de

DX56D
type: Class
type: Concept
subclass of: ValueObject
altlabel: 1.0963000000000001 @de
altlabel: CR4 @de
altlabel: DX56D
preflabel: DX56D
related: MildSteel
has label source: DIN EN 10346_2015 @de
has label source: VDA 239-100 @de

Damage
type: Class
label: Schaden @de
preflabel: Damage
preflabel: Schaden @de

DamageExponent
description: Exponent for nonlinear damage accumulation
type: Class
type: Concept
subclass of: ValueObject
altlabel: DMGEXP
preflabel: DamageExponent
has example data: 1.5
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

DamageThreshold
description: Damage threshold value (critical damage). If a load curve of critical plastic strain or fixed value is given by ECRIT, input is ignored.
type: Class
type: Concept
subclass of: ValueObject
altlabel: DCRIT
preflabel: DamageThreshold
has example data: 0.6
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

DamageTreatment
description: interpreted digit-wise as follows: DTYP = [????] = ??+10×?? M.EQ.0: Damage is accumulated, but there is no coupling to flow stress and no failure. M.EQ.1: Damage is accumulated, and element failure occurs for ?? = 1. Coupling of damage to flow stress depending on parameters. N.EQ.0: Equivalent plastic strain is the driving quantity for the damage. N.GT.0: The Nth additional history variable is the driving quantity for damage.
type: Class
type: Concept
subclass of: ValueObject
altlabel: DTYP
preflabel: DamageTreatment
has example data: 1
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

Damask code
type: Class
label: Damask Code @de
subclass of: Code
altlabel: Damask Ablauf @de
altlabel: code damask
preflabel: Damask Code @de
preflabel: Damask code

DataSamplingFrequency
description: "Die Frequenz-Bandweite jedes Messkanals sowie die Messwerterfassungsfrequenz sollten ausreichend hoch sein, damit die zu bestimmenden Werkstoffkenngrößen aufgezeichnet werden können. So kann z. B. bei Ermittlung von ReH die Gleichung (A.1) zur Bestimmung der in 1/Sekunde angegebenen Mindestmesswert-erfassungsgrenze fmin verwendet werden:" [DIN EN ISO 6892-1] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Messwerterfassungsfrequenz @de
altlabel: data sampling frequency
preflabel: DataSamplingFrequency
has description citation source: DIN EN ISO 6892-1 @de
has label source: DIN EN ISO 6892-1, A.2.2 @de

DefaultValue
description: "lower or upper value for stress respectively strain which is used for the description of the range where the modulus of elasticity is calculated" [DIN EN ISO 6892-1, 3.14]
description: "unterer oder oberer Wert für die Spannung beziehungsweise Extensometer-Dehnung, der für die Beschreibung des Bereichs, in dem der Elastizitätsmodul berechnet wird, benutzt wird" [DIN EN ISO 6892-1, 3.14] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Vorgabewert @de
altlabel: default value
preflabel: DefaultValue
has description citation source: DIN EN ISO 6892-1, 3.14 @de
has label source: DIN EN ISO 6892-1, 3.14 @de

Deformation
type: Class
label: Verfomung @de
preflabel: Deformation
preflabel: Verfomung @de

DeliveryDate
type: Class
type: Concept
subclass of: ValueObject
altlabel: Lieferdatum @de
preflabel: DeliveryDate
has label source: K-Item @de

Diameter
description: The initial diameter of the parallel length
type: Class
type: Concept
subclass of: ValueObject
altlabel: Diameter
altlabel: Probendurchmesser d0 @de
preflabel: Diameter
related: TestPieceGeometry
has typical unit: MilliM
has typical unit label: mm

DiameterAfterFracture1
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probendurchmesser nach Bruch D1 @de
preflabel: DiameterAfterFracture1
related: DiameterAfterFracture2
has typical unit: MilliM
has typical unit label: mm

DiameterAfterFracture2
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probendurchmesser nach Bruch D2 @de
preflabel: DiameterAfterFracture2
related: DiameterAfterFracture1
has typical unit: MilliM
has typical unit label: mm

DieTool
type: Class
type: Concept
subclass of: ValueObject
altlabel: Die Tool
altlabel: Werkzeug @de
preflabel: DieTool
has example data: Bulge DM100
has label source: AFZ-BU-S1.TXT @de
has label source: deepl translator

Digital workflow
type: Class
comment: Definition in the Workflow Group: "A workflow is a chain of well-documented process steps to create or handle data for a specific problem in order to deliver a particular set of outputs." or "chain of steps"
label: Digitaler Arbeitsablauf @de
subclass of: Workflow
preflabel: Digital workflow
preflabel: Digitaler Arbeitsablauf @de

Discretization
description: "Discretization or rather number of elements used for the microstructure model" [General Knowledge]
description: "Diskretisierung bzw. die Anzahl an Elementen für das Mikrostrukturmodell" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Discretization
altlabel: Diskritisierung @de
preflabel: Discretization
has description citation source: General Knowledge @de
has label source: General Knowledge @de

Displacement
type: Class
type: Concept
subclass of: ValueObject
altlabel: Displacement
altlabel: Tiefungsweg @de
preflabel: Displacement
has label source: AFZ-BU-S1.TXT @de
has label source: deepl translator
has typical unit: MilliM
has typical unit label: mm

DisplacementTransducer
description: "Type of the displacement transducer." [Authors]
type: Class
type: Concept
comment: Type of the displacement transducer.
subclass of: ValueObject
altlabel: Dehnungsaufnehmer @de
altlabel: Displacement transducer
altlabel: Wegaufnehmer @de
altlabel: extensometer system
preflabel: DisplacementTransducer
has description citation source: Authors
has example data: Clip gauge
has example data: Tiefungskolben
has example data: makroXtens
has label source: AFZ-BU-S1.TXT @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: deepl translator

DrawingSpeed
type: Class
type: Concept
subclass of: ValueObject
altlabel: Drawing speed
altlabel: Tiefungsgeschwindigkeit @de
preflabel: DrawingSpeed
has label source: AFZ-BU-S1.TXT @de
has label source: deepl translator
has typical unit: MilliM-PER-MIN
has typical unit label: mm/min

DualPhaseSteel
description: "Stahl mit einem ferritischen und martensitischen Grundgefüge und möglicherweise mit Bainit als Zweitphase" [DIN EN 10346_2015] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dualphasenstahl @de
preflabel: DualPhaseSteel
related: Grade
has description citation source: DIN EN 10346_2015 @de
has example data: HCT980X
has label source: DIN EN 10346_2015 @de

ductile failure
type: Class
label: duktiles Versagen @de
preflabel: ductile failure
preflabel: duktiles Versagen @de

ductility
type: Class
label: Duktilität @de
preflabel: Duktilität @de
preflabel: ductility

DynamometerArea
description: "Querschnitt auf der fest eingespannten Seite der Probe, in der lediglich elastische Verformungen während des Versuchs erlaubt sind" [Authors] @de
description: "area on the fixed side of the test piece where only elastic deformations are required during the test" [ISO 26203-2, 2011, 4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dynamometerquerschnitt @de
altlabel: dynamometer area
preflabel: DynamometerArea
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: Authors @de
has label source: ISO 26203-2, 2011, 4
has symbol: SD
has symbol latex: S_{D}
has typical unit: MilliM2
has typical unit label: mm2

EbsdFileName
description: "Name der EBSD-Datei, die für die Auswertung verwendet wurde." [General Knowledge] @de
description: "Name of the EBSD-File used for the post-processing." [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: EBSD file name
altlabel: EBSD-Dateinamen @de
preflabel: EbsdFileName
has description citation source: General Knowledge @de
has label source: General Knowledge @de

EffecticStrain
description: "Daten für die effektive Dehnung der durchgeführten Mikrostruktursimulation" [General Knowledge] @de
description: "Effective strain data of the microstructure simulation caried out" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Effective strain
altlabel: Effektive Dehnung @de
preflabel: EffecticStrain
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has typical unit: UNITLESS
has typical unit label: -

EffectiveStress
description: "Daten für die effektive Spannung der durchgeführten Mikrostruktursimulation" [General Knowledge] @de
description: "Effective stress data of the microstructure simulation caried out" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Effective stress
altlabel: Effektive Spannung @de
preflabel: EffectiveStress
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has typical unit: MegaPA
has typical unit label: MPa

ElasticConstantC11
description: "Elastic constant to describe the anisotropic elastic material behaviour" [General Knowledge]
description: "Elastische Konstant, um das richtungsabhängige elastische Materialverhalten zu beschreiben" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Elastic constant C11
altlabel: Elastische Konstante C11 @de
preflabel: ElasticConstantC11
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: C_11
has typical unit: MegaPA
has typical unit label: MPa

ElasticConstantC12
description: "Elastic constant to describe the anisotropic elastic material behaviour" [General Knowledge]
description: "Elastische Konstant, um das richtungsabhängige elastische Materialverhalten zu beschreiben" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Elastic constant C12
altlabel: Elastische Konstante C12 @de
preflabel: ElasticConstantC12
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: C_12
has typical unit: MegaPA
has typical unit label: MPa

ElasticConstantC44
description: "Elastic constant to describe the anisotropic elastic material behaviour" [General Knowledge]
description: "Elastische Konstant, um das richtungsabhängige elastische Materialverhalten zu beschreiben" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Elastic constant C44
altlabel: Elastische Konstante C44 @de
preflabel: ElasticConstantC44
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: C_44
has typical unit: MegaPA
has typical unit label: MPa

Elasticity
type: Class
label: Dehnbarkeit @de
preflabel: Dehnbarkeit @de
preflabel: Elasticity

ElasticityModel
description: connects elastic strain with stress vi stiffness matrix
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hooke
preflabel: ElasticityModel

Element
type: Class
comment: Chemical Elements
altlabel: chemical elements
preflabel: Element @de

ElementDeletionFlag
description: Erosion flag (only for solid elements): =0.0: default, element erosion is allowed =1.0: element does not erode; deviatoric stresses set to 0 when element fails
type: Class
type: Concept
subclass of: ValueObject
altlabel: ERODE
preflabel: ElementDeletionFlag
has example data: 0
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

ElementDeletionTreatment
description: Determines the amount of fully damaged integration points before element deletion: >0…Number of integration points which must fail before the element is deleted <0…-NUMINT is percentage of integration points/layers which must fail before shell element fails =200...Turns off erosion for shells and solids
type: Class
type: Concept
subclass of: ValueObject
altlabel: NUMINT
preflabel: ElementDeletionTreatment
has example data: -50
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

Elongation
description: "Zunahme der Anfangsmesslänge (3.1.1) zu einem beliebigen Zeitpunkt während des Versuchs" [DIN EN ISO 6892-1, 3.3] @de
description: "increase in the original gauge length (3.1.1) at any moment during the test" [DIN EN ISO 6892-1, 3.3]
type: Class
type: Concept
label: Dehnung @de
subclass of: ValueObject
altlabel: Verlängerung @de
altlabel: elongation
preflabel: Dehnung @de
preflabel: Elongation
has description citation source: DIN EN ISO 6892-1, 3.3 @de
has label source: DIN EN ISO 6892-1, 3.3 @de
has label source: ISO 26203-2, 2011, 4
has typical unit: MilliM
has typical unit label: mm

Empty
description: Empty meta or column data
type: Class
type: Concept
subclass of: ValueObject
altlabel: Empty meta or column data
preflabel: Empty

EngineeringStrain
description: "time dependent engineering strain " [ISO 26203-2, 2011, 4]
description: "zeitabhängige technische Dehnung" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: engineering strain
altlabel: technische Dehnung @de
preflabel: EngineeringStrain
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has symbol: e
has symbol latex: e
has typical unit: PERCENT
has typical unit label: %

EngineeringStress
description: "engineering stress" [ISO 26203-2, 2011, 4]
description: "technische Spannung" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Sigma Tech
altlabel: Sigma-technisch @de
altlabel: engineering stress
altlabel: technische Spannung @de
preflabel: EngineeringStress
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 9751
has label source: AFZ1-Fz-S1Q.xlsx
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: R
has symbol: Sig-technisch
has symbol latex: R
has symbol latex: Sig-technisch
has typical unit: MegaPA
has typical unit label: MPa
is based on: Force
is based on: OriginalCrosssection

EstimatedStrainRateOverTheParallelLength
description: "Zunahme der Dehnung über die parallele Länge der Probe je Zeiteinheit, basierend auf der Traversengeschwindigkeit und der parallelen Länge der Probe" [DIN EN ISO 6892-1, 3.7.2] @de
description: "estimated strain rate over the parallel length" [DIN EN ISO 6892-1, 3.7.2]
type: Class
type: Concept
subclass of: ValueObject
altlabel: abgeschätzte Dehngeschwindigkeit über die parallele Länge @de
altlabel: estimated strain rate over the parallel length
preflabel: EstimatedStrainRateOverTheParallelLength
has description citation source: DIN EN ISO 6892-1, 3.7.2 @de
has label source: DIN EN ISO 6892-1, 3.7.2 @de
has symbol: eLc
has symbol latex: \dot{e}_{L_c}
has typical unit: PER-SEC
has typical unit label: s-1

EulerAngle1
description: "Einer von drei Winkel, die nach dem Schweizer Mathematiker Leonhard Euler benannt wurden und einen Satz von drei Winkeln darstellen, mit denen die Orientierung (Drehlage) eines festen Körpers im dreidimensionalen euklidischen Raum beschrieben werden kann." [General Knowledge] @de
description: "One of three euler angles that are introduced by Leonhard Euler to describe the orientation of a rigid body with respect to a fixed coordinate system" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Erster Euler Winkel @de
altlabel: First euler angle
preflabel: EulerAngle1
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: ϕ_1
has symbol latex: \varphi_1

EulerAngle2
description: "Einer von drei Winkel, die nach dem Schweizer Mathematiker Leonhard Euler benannt wurden und einen Satz von drei Winkeln darstellen, mit denen die Orientierung (Drehlage) eines festen Körpers im dreidimensionalen euklidischen Raum beschrieben werden kann." [General Knowledge] @de
description: "One of three euler angles that are introduced by Leonhard Euler to describe the orientation of a rigid body with respect to a fixed coordinate system" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Second euler angle
altlabel: Zweiter Euler Winkel @de
preflabel: EulerAngle2
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: φ
has symbol latex: \phi

EulerAngle3
description: "Einer von drei Winkel, die nach dem Schweizer Mathematiker Leonhard Euler benannt wurden und einen Satz von drei Winkeln darstellen, mit denen die Orientierung (Drehlage) eines festen Körpers im dreidimensionalen euklidischen Raum beschrieben werden kann." [General Knowledge] @de
description: "One of three euler angles that are introduced by Leonhard Euler to describe the orientation of a rigid body with respect to a fixed coordinate system" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dritter Euler Winkel @de
altlabel: Third euler angle
preflabel: EulerAngle3
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: ϕ_2
has symbol latex: \varphi_1

EulerAngleConvention
description: "Convention used to describe the Euler angles, e.g. Bunge" [General Knowledge]
description: "Verwendte Konvention zur beschreibung der Euler Winkel" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Euler angle convention
altlabel: Konvention der Euler Winkel @de
preflabel: EulerAngleConvention
has description citation source: General Knowledge @de
has label source: General Knowledge @de

EvaluationMethod
description: "Bewertungsverfahren zur Bestimmung der Krümmung und der Formänderung." [DIN EN ISO 16808:2022-08, 12] @de
description: "Evaluation method used for identification of the curvature and the average strain." [DIN EN ISO 16808:2022-08, 12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bewertungsverfahren @de
altlabel: Evaluation method
preflabel: EvaluationMethod
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 12 @de

Experiment
type: Class
preflabel: Experiment @de

ExperimentIdentifier
type: Class
type: Concept
subclass of: ValueObject
altlabel: LABELS_ID
altlabel: Label ID
altlabel: Proben-ID @de
preflabel: ExperimentIdentifier
has description citation source: Authors
has example data: 46NT71
has label source: AWA_1_01_Rz-46N171 @de
has label source: YS1-FzR4-S1Q

Experimental test
type: Class
comment: Suclasses like Tensile Test
label: Experimentaler Test @de
preflabel: Experimental test
preflabel: Experimentaler Test @de

Experimental workflow
type: Class
label: Experimenteller Arbeitsablauf @de
subclass of: Workflow
preflabel: Experimental workflow
preflabel: Experimenteller Arbeitsablauf @de

Extension
description: "Displacement of the extensometer (!) length" [Authors]
description: "Verlängerung (der Extensometer-Messlänge)" [DIN EN ISO 6892-1, 3.6] @de
description: "Zunahme der Extensometer-Messlänge zu einem beliebigen Zeitpunkt des Versuchs" [DIN EN ISO 6892-1, 3.6] @de
description: "increase in the extensometer gauge length (3.5), at any moment during the test" [DIN EN ISO 6892-1, 3.6]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Displacement
altlabel: Extension
altlabel: Standardweg @de
altlabel: Verlängerung (der Extensometer-Messlänge) @de
altlabel: dL @de
altlabel: extension
preflabel: Extension
related: DisplacementTransducer
related: ExtensionMeasuringSystem
related: ExtensometerGaugeLength
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.6 @de
has example data: -3.93633e-05
has example data: 0.001
has example data: 0.026
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: DIN EN ISO 6892-1, 3.6 @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: dL
has symbol latex: dL
has typical unit: MilliM
has typical unit label: mm
is based on: ExtensometerGaugeLength
is based on: OriginalGaugeLength

ExtensionAtFracture
description: "Displacement of the extensometer (!) length at fracture" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bruchverlängerung @de
altlabel: DLBruch @de
preflabel: ExtensionAtFracture
related: OriginalCrosssection
has description citation source: Authors
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol latex: dLBruch
has typical unit: MilliM
has typical unit label: mm
is based on: Extension

ExtensionMeasuringSystem
description: "Measuring system for measurement of extension in the area of the gauge length" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dehnung @de
altlabel: Extension measurement system
preflabel: ExtensionMeasuringSystem
has description citation source: Authors
has example data: HG-Kamera "Photron" Cam. 1
has label source: YS1-Fz-D1Q @de

ExtensometerGaugeLength
description: "Anfangsmesslänge des Dehnungsaufnehmers (Extensometer), die zum Messen der Verlängerung (3.6) benutzt wird" [DIN EN ISO 6892-1, 3.5] @de
description: "The intial gauge length Le used for measurement of extension by means of an extensometer" [Authors]
description: "The intial gauge length used for measurement of extension by means of an extensometer" [Authors]
description: "initial extensometer gauge length used for measurement of extension by means of an extensometer" [DIN EN ISO 6892-1, 3.5]
type: Class
type: Concept
comment: The intial gauge length used for measurement of extension by means of an extensometer
subclass of: ValueObject
altlabel: Extensometer gauge length
altlabel: Extensometer-Messlänge @de
altlabel: L0
altlabel: Messlänge L0 @de
altlabel: Messlänge Lo @de
altlabel: extensometer gauge length
preflabel: ExtensometerGaugeLength
related: ExtensionMeasuringSystem
related: OriginalGaugeLength
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.5 @de
has example data: 20
has example data: 20.94
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: DIN EN ISO 6892-1, 3.5 @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: L_{0}
has symbol: Le
has symbol latex: L_e
has typical unit: MilliM
has typical unit label: mm

FEMSolver
description: "FEM Solver used for carring out the microstructure simulations" [General Knowledge]
description: "FEM Solver, die für die Durchführung der Finite-Elemente-Simulationen verwendet wurde" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: FEM Solver @de
preflabel: FEMSolver
has description citation source: General Knowledge @de
has label source: General Knowledge @de

FLCDetermination
description: "Die Bestimmung der FLC aus den Messungen sollte mit Hilfe des „positionsabhängigen“ Verfahrens durchgeführt werden." [DIN EN ISO 12004-2: 2021_07, 19] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: FLC determination
altlabel: FLC-Bestimmung @de
preflabel: FLCDetermination
has description citation source: DIN EN ISO 12004-2: 2021_07, 19 @de
has example data: intersection line method
has label source: AFZ1-NZ50-25-D1Q @de
has label source: DIN EN ISO 12004-2: 2021_07, 19
is based on: TestStandard

FadingExponent
description: Exponent for damage-related stress fadeout: LT.0.0: |FADEXP| is a load curve ID defining element-size dependent fading exponent. GT.0.0: Constant fading exponent
type: Class
type: Concept
subclass of: ValueObject
altlabel: FADEXP
preflabel: FadingExponent
has example data: 2.5
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

failure
type: Class
label: Versagen @de
preflabel: Versagen @de
preflabel: failure

FailureCriteriaTypeAdd
description: Flag for additional failure criterion F2: =0.0: off (default) =1.0: on; An additional, load-path independent, failure criterion can be invoked, where the current state of plastic strain is used
type: Class
type: Concept
subclass of: ValueObject
altlabel: FAILOPT
preflabel: FailureCriteriaTypeAdd
has example data: 0
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

FailureCriteriaTypeAdd4ElementDeletion
description: Number of time steps that the additional failure criterion must be met before element deletion
type: Class
type: Concept
subclass of: ValueObject
altlabel: NCYFAIL
preflabel: FailureCriteriaTypeAdd4ElementDeletion
has example data: 5
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

FailureCriteriaTypeAdd4StrainAverage
description: Number of time steps for running average of plastic failure strain in the additional failure criterion
type: Class
type: Concept
subclass of: ValueObject
altlabel: NUMAVG
preflabel: FailureCriteriaTypeAdd4StrainAverage
has example data: 7
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

FailureStrain
description: Failure strain curve/table or function GT.0.0: Load curve ID or table ID. As a load curve, it defines equivalent plastic strain to failure as a function of triaxiality. As a table, it defines for each Lode parameter value (between -1 and 1) a load curve ID giving the equivalent plastic strain to failure as a function of triaxiality for that Lode parameter value. With HISVN ≠ 0, a 3D table can be used, where failure strain is a function of the history variable (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE). With HISVN = 0, a 3D table introduces thermal effects, that is, failure strain is a function of temperature (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE). LT.0.0: |LCSDG| is the ID of a function (*DEFINE_FUNCTION) with the arguments triaxiality and Lode parameter: ?? (??, ??).
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCSDG
preflabel: FailureStrain
has example data: 5
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

FailureStrainIdentifier
description: The load curve ID defines plastic failure strain as a function of triaxiality. The table ID defines for each Lode parameter a load curve ID giving the plastic failure strain versus triaxiality for that Lode parameter
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCF
preflabel: FailureStrainIdentifier
has example data: 7
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

FailureStrainIdentifier4MeshDependency
description: The load curve ID defines plastic failure strain as a function of element size. The table ID defines for each triaxiality a load curve ID giving the plastic failure strain versus element size for that triaxiality. If a three dimensional table ID is referred, plastic failure strain can be a function of Lode parameter (TABLE_ 3D), triaxiality (TABLE), and element size (CURVE)
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCI
preflabel: FailureStrainIdentifier4MeshDependency
has example data: 4
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

FailureStrainIdentifier4StrainRate
description: Load curve ID defining plastic failure strain as a function of plastic strain rate
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCG
preflabel: FailureStrainIdentifier4StrainRate
has example data: 5
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

FailureStrainIdentifier4Temperature
description: Load curve ID defining plastic failure strain as a function of temperature
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCH
preflabel: FailureStrainIdentifier4Temperature
has example data: 2
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

FailureTreatment
description: Descibes the treatment of failure: <0…User defined failure subroutine, matusr_24 in dyn21.F =0…no failure is taken into account >0…constant failure strain
type: Class
type: Concept
subclass of: ValueObject
altlabel: FAIL
preflabel: FailureTreatment
has example data: 1.17
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

Feedback Loop
type: Class
label: Rückkopplung @de
preflabel: Feedback Loop
preflabel: Rückkopplung @de

FinalCriticalStrength
type: Class
type: Concept
subclass of: ValueObject
altlabel: xi_inf_sl
preflabel: FinalCriticalStrength
related: phenopowerlaw
has example data: [222.e+6, 412.e+6]
has typical unit label: Pa

FinalFlowStress ginf
type: Class
comment: DAMASK phenopower law parameter

FinalGaugeLengthAfterFracture
description: "Länge zwischen den Marken zur Kennzeichnung der Messlänge (3.1) auf der Probe, die nach dem Bruch bei Raumtemperatur gemessen wird, nachdem die beiden Probenbruchstücke sorgfältig so zusammengefügt wurden, dass ihre Achsen in einer Geraden liegen" [DIN EN ISO 6892-1, 3.1.2] @de
description: "length between gauge length (3.1) marks on the test piece measured after rupture, at room temperature, the two pieces having been carefully fitted back together so that their axes lie in a straight line" [DIN EN ISO 6892-1, 3.1.2]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Messlänge nach dem Bruch @de
altlabel: final gauge length after fracture
preflabel: FinalGaugeLengthAfterFracture
has description citation source: DIN EN ISO 6892-1, 3.1.2 @de
has label source: DIN EN ISO 6892-1, 3.1.2 @de
has symbol: Lu
has symbol latex: L_u
has typical unit: MilliM
has typical unit label: mm

final thickness
type: Class
label: Enddicke @de
preflabel: Enddicke @de
preflabel: final thickness

flat rolling
type: Class
label: Flachwalzen @de
preflabel: Flachwalzen @de
preflabel: flat rolling

FlowStressExponent a
type: Class
comment: DAMASK phenopower law parameter

Fluid solid transition
type: Class
preflabel: Fluid solid transition

Force
description: "The force measured by the load cell" [Authors]
description: "The force measured with the force measuring system" [Authors]
description: "The force that is measured using the Force-measuring device." [Authors]
type: Class
type: Concept
label: Kraft @de
subclass of: ValueObject
altlabel: F @de
altlabel: Force
altlabel: Kraft @de
altlabel: Standardkraft @de
altlabel: Tiefungskraft @de
altlabel: force
preflabel: Force
preflabel: Kraft @de
related: ForceMeasuringDevice
related: ForceMeasuringSystem
has description citation source: Authors
has example data: 0.105
has example data: 2438
has example data: 82.0348
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q
has label source: AFZ1-ST-D1
has label source: DIN EN ISO 6892-1, Tabelle 1 @de
has label source: DIN EN ISO 6892-1, Table 1
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has label source: deepl translator
has symbol: F
has symbol latex: F
has typical unit: KiloN
has typical unit: http://qudt.org/vocab/unit/N
has typical unit label: N
has typical unit label: kN

ForceAtFracture
type: Class
type: Concept
subclass of: ValueObject
preflabel: ForceAtFracture
related: Force
has description citation source: Authors

ForceMeasuringDevice
description: " The force-measuring system of the testing machine shall be in accordance with ISO 7500-1, class 1, or better." [DIN EN ISO 6892-1, 9]
description: "Die Kraftmesseinrichtung der Zugprüfmaschine muss im relevanten Bereich mindestens der Klasse 1 nach ISO 7500-1 entsprechen." [DIN EN ISO 6892-1] @de
description: "Genauigkeit der Prüfeinrichtungen: Die Kraftmesseinrichtung der Prüfmaschine muss mindestens der Klasse 1 nach ISO 7500-1 entsprechen." [DIN EN ISO 6892-1, 9] @de
description: "The force-measuring system of the testing machine shall be in accordance with ISO 7500-1, class 1, in the relevant range" [DIN EN ISO 6892-1, G.3.1.1]
description: "Type of the force measurement (force transducer, strain gauges, ....)" [Authors]
description: "Type of the force transducer" [Authors]
type: Class
type: Concept
comment: Type of the force measurement (force transducer, strain gauges, ....)
subclass of: ValueObject
altlabel: Kraftaufnehmer @de
altlabel: Kraftmesseinrichtung @de
altlabel: Kraftmesseinrichtungen @de
altlabel: force-measuring device
altlabel: force-measuring system
preflabel: ForceMeasuringDevice
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1 @de
has description citation source: DIN EN ISO 6892-1, 9 @de
has description citation source: DIN EN ISO 6892-1, G.3.1.1
has example data: Bulge Druck: Öldruckaufnehmer in der Kammer unterhalb der Probe, Tiefungskraft: Öldruckaufnehmer am Tiefungskolben
has label source: AFZ-BU-S1.TXT @de
has label source: DIN EN ISO 6892-1, 9 @de
has label source: DIN EN ISO 6892-1, G.3.1.1 @de

ForceMeasuringSystem
description: Measuring system for measurement of force
type: Class
type: Concept
subclass of: ValueObject
altlabel: Force measurement system
altlabel: Kraft @de
preflabel: ForceMeasuringSystem
has example data: patentierte IWM-Messzelle (quasi-lokal)
has label source: YS1-Fz-D1Q @de

FormingLimitCurve
description: "Grenzformänderungskurve" [DIN EN ISO 12004-2: 2021_07] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: FLC
altlabel: Grenzformänderungskurve @de
preflabel: FormingLimitCurve
has description citation source: DIN EN ISO 12004-2: 2021_07 @de
has description citation source: DIN EN ISO 12004-2: 2021_07, 7
has label source: DIN EN ISO 12004-2: 2021_07, 7 @de
is based on: MajorLimitStrain
is based on: MinorLimitStrain

FormingLimitDiagram
description: "Grenzformänderungsdiagramm" [DIN EN ISO 12004-2: 2021_07] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: FLD
altlabel: Grenzformänderungsdiagramm @de
preflabel: FormingLimitDiagram
has description citation source: DIN EN ISO 12004-2: 2021_07 @de
has description citation source: DIN EN ISO 12004-2: 2021_07, 7
has label source: DIN EN ISO 12004-2: 2021_07, 7 @de

Fracture
description: "Zustand, wenn die Probe vollständig geteilt ist" [DIN EN ISO 6892-1, 3.11] @de
description: "phenomenon which is deemed to occur when total separation of the test piece occurs" [DIN EN ISO 6892-1, 3.11]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bruch @de
altlabel: fracture
preflabel: Fracture
has description citation source: DIN EN ISO 6892-1, 3.11 @de
has label source: DIN EN ISO 6892-1, 3.11 @de

Fracture Strain
type: Class
label: Bruchdehnung @de
preflabel: Bruchdehnung @de
preflabel: Fracture Strain

Fracture Stress
type: Class
label: Bruchspannung @de
preflabel: Bruchspannung @de
preflabel: Fracture Stress

frame of material
type: Class
label: Rahmenmaterial @de
preflabel: Rahmenmaterial @de
preflabel: frame of material

Frame of reference
type: Class
label: Referenzrahmen @de
preflabel: Frame of reference
preflabel: Referenzrahmen @de

FrameRate
description: "sampling rate of the strain measuring system (e.g. high speed video recording)" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Abtastrate @de
altlabel: Frame rate
altlabel: Framerate
preflabel: FrameRate
has description citation source: Authors
has example data: 1000
has example data: 25
has label source: AFZ1-NZ50-25-D1Q
has label source: YS1-Fz-D1Q @de
has typical unit: PER-SEC
has typical unit label: s-1

GaugeLength
description: "Länge des parallelen Teils der Probe, an dem zu einem beliebigen Zeitpunkt während des Versuchs die Verlängerung gemessen wird" [DIN EN ISO 6892-1, 3.1] @de
description: "length of the parallel portion of the test piece on which elongation is measured at any moment during the test" [DIN EN ISO 6892-1, 3.1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Messlänge @de
altlabel: gauge length
preflabel: GaugeLength
has description citation source: DIN EN ISO 6892-1, 3.1 @de
has label source: DIN EN ISO 6892-1, 3.1 @de
has symbol: L
has symbol latex: L
has typical unit: MilliM
has typical unit label: mm

Geometry
type: Class
label: Geometrie @de
preflabel: Geometrie @de
preflabel: Geometry

Grade
type: Class
type: Concept
subclass of: ValueObject
altlabel: Güte @de
altlabel: K-Item
preflabel: Grade
has label source: K-Item @de

Grain
type: Class
label: Korn @de
preflabel: Grain
preflabel: Korn @de

grain boundaries
type: Class
comment: need at least two grains
label: Korngrenzen @de
preflabel: Korngrenzen @de
preflabel: grain boundaries

GrainNumber
description: "Anzahl der Körner im Mikrostrukturmodell" [General Knowledge] @de
description: "Number of grains used for the microstructure model" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Grain Number
altlabel: Kornanzahl @de
preflabel: GrainNumber
has description citation source: General Knowledge @de
has label source: General Knowledge @de

grain orientation
type: Class
label: Kornausrichtung @de
preflabel: Kornausrichtung @de
preflabel: grain orientation

Grain size
type: Class
label: Korngröße @de
preflabel: Grain size
preflabel: Korngröße @de

Grid
description: "Art des Gitters, welches für die DIC-Messungen verwendet wurde." [DIN EN ISO 16808:2022-08, 12] @de
description: "Type of grid used for DIC measurements." [DIN EN ISO 16808:2022-08, 12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Gitter @de
altlabel: Grid
preflabel: Grid
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 12 @de

GridSize
description: "Rastergröße" [DIN EN ISO 12004-2: 2021_07, 12] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Rastergröße @de
altlabel: grid size
preflabel: GridSize
has description citation source: DIN EN ISO 12004-2: 2021_07, 12 @de
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 12 @de
has symbol: L_0
has symbol latex: L_0
has typical unit: MilliM
has typical unit label: mm

HBW
type: Unit
has unit label: HBW

HCT980C
type: Class
type: Concept
subclass of: ValueObject
altlabel: HCT980C
preflabel: HCT980C
related: ComplexPhaseSteel
has label source: DIN EN 10346_2015

HCT980X
type: Class
type: Concept
subclass of: ValueObject
altlabel: 1.0944 @de
altlabel: CR590Y980T-DP @de
altlabel: HCT980X
preflabel: HCT980X
related: DualPhaseSteel
has label source: DIN EN 10346_2015 @de
has label source: VDA 239-100 @de

HDF5 File Format
type: Class
label: HDF5 Dateiformat @de
preflabel: HDF5 Dateiformat @de
preflabel: HDF5 File Format

HX340LAD
type: Class
type: Concept
subclass of: ValueObject
altlabel: 1.0933 @de
altlabel: CR300LA @de
altlabel: H340LAD @de
altlabel: HX340LAD
preflabel: HX340LAD
related: MicroalloyedSteel
has label source: DIN EN 10346 @de
has label source: DIN EN 10346_2015 @de
has label source: VDA 239-100 @de

HardeningCurve
description: "Tabellarische Darstellung des Verfestigungsgesetzes auf der Gleiteebene in Form von Spannungs-Dehnungs-Daten " [General Knowledge] @de
description: "Tabular stress and strain data of the hardening law on the slip plane" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hardening curve
altlabel: Verfestigungskurve @de
preflabel: HardeningCurve
has description citation source: General Knowledge @de
has label source: General Knowledge @de

HardeningExponent
description: List of hardening exponent
type: Class
type: Concept
subclass of: ValueObject
altlabel: a_sl
preflabel: HardeningExponent
related: phenopowerlaw
has example data: [2.25, 2.25]
has typical unit: UNITLESS
has typical unit label: 1

HardeningLaw
description: "Hardening law on slip plane used for the crystal plasticity model of the microstructure model" [General Knowledge]
description: "Verfestigungsgesetz auf der Gleitebene, das für das Kristalplastizitätsmodell des Mikrostrukturmodells verwendet wird" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hardening law
altlabel: Verfestigungsgesetz @de
preflabel: HardeningLaw
has description citation source: General Knowledge @de
has label source: General Knowledge @de

HardeningModulus h0
type: Class
comment: DAMASK phenopower law parameter

HardeningParameterTau0
description: "Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model" [General Knowledge]
description: "Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hardening parameter tau0
altlabel: Verfestigungsparameter tau0 @de
preflabel: HardeningParameterTau0
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol latex: \tau_0
has typical unit: MegaPA
has typical unit label: MPa

HardeningParameterTau1
description: "Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model" [General Knowledge]
description: "Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hardening parameter tau1
altlabel: Verfestigungsparameter tau1 @de
preflabel: HardeningParameterTau1
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol latex: \tau_1
has typical unit: MegaPA
has typical unit label: MPa

HardeningParameterTheta0
description: "Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model" [General Knowledge]
description: "Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hardening parameter theta0
altlabel: Verfestigungsparameter theta0 @de
preflabel: HardeningParameterTheta0
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol latex: \theta_0
has typical unit: MegaPA
has typical unit label: MPa

HardeningParameterTheta1
description: "Hardening parameter used in Voce-type hardening law of the crystal plasticity constitutive model" [General Knowledge]
description: "Verfestigungsparameter, für das Voce-typ Verfestigungsmodell, welches im Kristallplastizitätsmodell verwendet wird" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hardening parameter theta1
altlabel: Verfestigungsparameter theta1 @de
preflabel: HardeningParameterTheta1
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol latex: \theta_1
has typical unit: MegaPA
has typical unit label: MPa

Hill48F
type: Class
comment: Parameter F for Hill48 yield criterion

Hill48G
type: Class
comment: Parameter G for Hill48 yield criterion

Hill48H
type: Class
comment: Parameter H for Hill48 yield criterion

Hill48L
type: Class
comment: Parameter L for Hill48 yield criterion

Hill48M
type: Class
comment: Parameter M for Hill48 yield criterion

Hill48N
type: Class
comment: Parameter N for Hill48 yield criterion

Hockett Sherby Parameter N
type: Class
comment: Material parameter N used for the flow curve extrapolation according to Hockett and Sherby (1975).
label: Hochett Sherby Parameter N @de
preflabel: Hochett Sherby Parameter N @de
preflabel: Hockett Sherby Parameter N

Hockett Sherby Parameter p
type: Class
comment: Material parameter p used for the flow curve extrapolation according to Hockett and Sherby (1975).
label: Hochett Sherby Parameter p @de
preflabel: Hochett Sherby Parameter p @de
preflabel: Hockett Sherby Parameter p

Hockett Sherby Steady State Stress
type: Class
comment: Steady-state flow stress used for the flow curve extrapolation according to Hockett and Sherby (1975).
label: Hockett Sherby Sättigungsfließspannung @de
preflabel: Hockett Sherby Steady State Stress
preflabel: Hockett Sherby Sättigungsfließspannung @de

Hockett Sherby Yield Stress
type: Class
comment: Yield stress used for the flow curve extrapolation according to Hockett and Sherby (1975).
label: Hockett Sherby initiale Fließspannung @de
preflabel: Hockett Sherby Yield Stress
preflabel: Hockett Sherby initiale Fließspannung @de

HomogenizationModel
description: just pass information between upper and lower scale
type: Class
type: Concept
subclass of: ValueObject
altlabel: pass
preflabel: HomogenizationModel

Identifier
description: ID
type: Class
type: Concept
subclass of: ValueObject
altlabel: ID
preflabel: Identifier

IndentationDiameterAverage
description: Average Indentation Diameter
type: Class
type: Concept
subclass of: ValueObject
altlabel: Average Indentation Diameter
preflabel: IndentationDiameterAverage
has typical unit: MilliM
has typical unit label: mm

IndentationDiameterHorizontal
description: Indentation Horizontal Diameter
type: Class
type: Concept
subclass of: ValueObject
altlabel: Indentation Horizontal Diameter
preflabel: IndentationDiameterHorizontal
has typical unit: MilliM
has typical unit label: mm

IndentationDiameterVertical
description: Indentation Vertical Diameter
type: Class
type: Concept
subclass of: ValueObject
altlabel: Indentation Vertical Diameter
preflabel: IndentationDiameterVertical
has typical unit: MilliM
has typical unit label: mm

IndenterIdentifier
description: Indenter Identifier
type: Class
type: Concept
subclass of: ValueObject
altlabel: Indenter Identifier
preflabel: IndenterIdentifier

InitialCriticalStrength
type: Class
type: Concept
subclass of: ValueObject
altlabel: xi_0_sl
preflabel: InitialCriticalStrength
related: phenopowerlaw
has example data: [95.e+6, 96.e+6]
has typical unit label: Pa

InitialDisplacementRate
description: "Prüfgeschwindigkeit, die als Auftreffgeschwindigkeit bei Versuchsbeginn nominell eingestellt wurde " [Authors] @de
description: "The velocity of the actuator" [Authors]
description: "initial displacement rate" [ISO 26203-2, 2011, 4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Abzugsgeschwindigkeit @de
altlabel: Initial displacement rate v0
altlabel: Püfgeschwindigkeit @de
altlabel: initial displacement rate
preflabel: InitialDisplacementRate
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 2500
has label source: DIN EN ISO 6892-1, 3.7 @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has symbol: vo
has symbol latex: v_{o}
has typical unit: MilliM-PER-SEC
has typical unit label: mm s -1
has typical unit label: mm/s or m/s

InitialFlowStress g0
type: Class
comment: DAMASK phenopower law parameter

InitialHardening
type: Class
type: Concept
subclass of: ValueObject
altlabel: h_0_sl-sl
preflabel: InitialHardening
related: phenopowerlaw
has example data: [1.0e+9, 1.0e+9]
has typical unit label: Pa/1

InitialSheetThickness
description: "Ausgangsblechdicke" [DIN EN ISO 12004-2: 2021_07, 9] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Ausgangsblechdicke @de
altlabel: Thickness
preflabel: InitialSheetThickness
has description citation source: DIN EN ISO 12004-2: 2021_07, 9 @de
has example data: 1,5
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 8
has label source: DIN EN ISO 12004-2: 2021_07, 9 @de
has symbol: t_0
has symbol latex: t_0
has typical unit: MilliM
has typical unit label: mm

Anfangsdehnung
type: Class
comment: Tensile test meta data entry from BAM file
preflabel: Anfangsdehnung @de

Anfangsspannung
type: Class
comment: Tensile test meta data entry from BAM file
preflabel: Anfangsspannung @de

InitialThickness
description: "Ausgangsblechdicke" [DIN EN ISO 16808:2022-08, 4] @de
description: "Initial thickness of the sheet." [DIN EN ISO 16808:2022-08, 4]
type: Class
type: Concept
label: Anfangsdicke @de
label: initial thickness
subclass of: ValueObject
altlabel: Ausgangsblechdicke @de
altlabel: Dicke der Probe @de
altlabel: Initial thickness of the sheet
preflabel: Anfangsdicke @de
preflabel: InitialThickness
preflabel: initial thickness
has description citation source: DIN EN ISO 16808:2022-08, 4 @de
has example data: 1.496
has label source: AFZ-BU-S1.TXT @de
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: t_0
has symbol latex: t_0
has typical unit: MilliM
has typical unit label: mm

InnerDiameterBlankHolder
description: "Diameter of the blank holder (inner) of the testing machine." [DIN EN ISO 16808:2022-08, 4]
description: "Durchmesser des Niederhalters (innen) der Prüfeinrichtung." [DIN EN ISO 16808:2022-08, 4] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Diameter of the blank holder (inner)
altlabel: Durchmesser des Niederhalters (innen) @de
preflabel: InnerDiameterBlankHolder
has description citation source: DIN EN ISO 16808:2022-08, 4 @de
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: d_BH
has symbol latex: d_BH
has typical unit: MilliM
has typical unit label: mm

InnerDiameterDie
description: "Diameter of the die (inner) of the testing machine." [DIN EN ISO 16808:2022-08, 4]
description: "Matrizendurchmesser (innen) der Prüfeinrichtung." [DIN EN ISO 16808:2022-08, 4] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Diameter of the die (inner)
altlabel: Matrizendurchmesser (innen) @de
preflabel: InnerDiameterDie
has description citation source: DIN EN ISO 16808:2022-08, 4 @de
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: d_die
has symbol latex: d_die
has typical unit: MilliM
has typical unit label: mm

InteractionMatrix
description: "Interaction matrix used in the crystal plasticity constitutive model" [General Knowledge]
description: "Interaktionsmatrix, die im Kristallplastizitätsmodell verwendet wird" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Interaction matrix
altlabel: Interaktionsmatrix @de
preflabel: InteractionMatrix
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: q_ab
has typical unit: UNITLESS
has typical unit label: -

Inv_ShearRateSensitivity
description: List of inverse strain rate sensitivity
type: Class
type: Concept
subclass of: ValueObject
altlabel: n_sl
preflabel: Inv_ShearRateSensitivity
related: phenopowerlaw
has example data: [20, 20]
has typical unit: UNITLESS
has typical unit label: 1

InventoryNumber
type: Class
type: Concept
subclass of: ValueObject
altlabel: Inventarnummer @de
preflabel: InventoryNumber
has label source: Messmitteldatenbank @de

J-Per-Gm-K
type: Unit
has unit label: J/(g*K)

Job
type: Class
altlabel: Execution Job
preflabel: Job @de

Pyiron job input
type: Class
comment: the input parameter for a pyiron job
label: Job-Input-Parameter @de
subclass of: Resource
preflabel: Job-Input-Parameter @de
preflabel: Pyiron job input
related: Pyiron Job

Pyiron job metadata
type: Class
comment: each pyiron job has some metadata which is stored in the central sql database
label: Job-Metadaten @de
preflabel: Job-Metadaten @de
preflabel: Pyiron job metadata

Pyiron job output
type: Class
comment: the output parameter for a pyiron job
label: Job-Output-Parameter @de
preflabel: Job-Output-Parameter @de
preflabel: Pyiron job output

Laboratory
description: "Laboratory that measured the bulge test values" [DIN EN ISO 16808:2022-08, 12]
description: "Prüflabor, das die Werte des hydraulischen Tiefungsversuchs gemessen hat." [DIN EN ISO 16808:2022-08, 12] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Laboratory
altlabel: Prüflabor @de
preflabel: Laboratory
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 12 @de

LatentHardeningQ0
description: "Parameter, der in der Interaktionsmatrix die Fremdverfestigung (latent hardning) eines Gleitsystems innerhalb der gleichen Gleitsystem-Familie beschreibt" [General Knowledge] @de
description: Off-diagonal elements in Interaction matrix q_ab for the same slip system family
type: Class
type: Concept
subclass of: ValueObject
altlabel: Latent Hardening Parameter @de
altlabel: LatentHardening q0
preflabel: LatentHardeningQ0
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol latex: \q_0
has typical unit: UNITLESS
has typical unit label: -

LatentHardeningQ1
description: "Parameter, der in der Interaktionsmatrix die Fremdverfestigung (latent hardning) eines Gleitsystems infolge eines Gleitsystems aus einer anderen Gleitsystem-Familie beschreibt" [General Knowledge] @de
description: Off-diagonal elements in Interaction matrix q_ab for different slip system family
type: Class
type: Concept
subclass of: ValueObject
altlabel: Latent Hardening Parameter q01 @de
altlabel: LatentHardening q1
preflabel: LatentHardeningQ1
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol latex: \q_1
has typical unit: UNITLESS
has typical unit label: -

LatticeStructure
description: "Crystall structure of the material considered" [General Knowledge]
description: "Kristallstruktur des Werkstoffs" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Kristallstruktur @de
altlabel: Lattice Structure
preflabel: LatticeStructure
has description citation source: General Knowledge @de
has label source: General Knowledge @de

Belastungszeit
type: Class
comment: Tensile test meta data entry from BAM file
preflabel: Belastungszeit @de

Location
type: Class
type: Concept
subclass of: ValueObject
altlabel: Standort @de
preflabel: Location
has example data: Werkstatt
has label source: Messmitteldatenbank @de

LowerYieldStrength
description: "kleinste Spannung während des plastischen Fließens, wobei Einschwingerscheinungen nicht berücksichtigt werden" [DIN EN ISO 6892-1, 3.10.2.2] @de
description: "lowest value of stress during plastic yielding, ignoring any initial transient effects" [DIN EN ISO 6892-1, 3.10.2.2]
type: Class
type: Concept
comment: Represents the Lower Yield Strength of a material, which is the stress point at which the material transitions from elastic deformation to plastic deformation, without an increase in applied load. It is a crucial parameter in materials science, used for designing and analyzing the structural integrity and durability of materials under operational loads. The values are typically measured in Pascals (Pa).
subclass of: ValueObject
altlabel: Dehn-/Streckgr. ReL @de
altlabel: lower yield strength
altlabel: untere Streckgrenze @de
preflabel: LowerYieldStrength
has description citation source: DIN EN ISO 6892-1, 3.10.2.2 @de
has example data: 420
has label source: DIN EN ISO 6892-1, 3.10.2.2 @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has symbol: R_{eL}
has symbol: ReL
has symbol latex: R_{eL}
has typical unit: MegaPA
has typical unit label: MPa
is based on: EngineeringStress

LSDyna
type: Class
comment: Simulation Software named LSDyna
subclass of: Solver
preflabel: LSDyna @de

LubricationSystem
description: "Schmiermittelschicht zwischen Stempel und Probe" [DIN EN ISO 12004-2: 2021_07, 16] @de
description: "lubrication layer between specimen and punch" [DIN EN ISO 12004-2: 2021_07, 8]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Schmiersystem @de
altlabel: lubrication system
preflabel: LubricationSystem
has description citation source: DIN EN ISO 12004-2: 2021_07, 16 @de
has description citation source: DIN EN ISO 12004-2: 2021_07, 8
has label source: DIN EN ISO 12004-2: 2021_07, 17 @de
has label source: DIN EN ISO 12004-2: 2021_07, 9

MAT_ADD_DAMAGE_GISSMO
type: Class
type: Concept
subclass of: ValueObject
preflabel: MAT_ADD_DAMAGE_GISSMO
has label source: LS-DYNA_Manual_Volume_2

Machine
description: "Data of the machine used for the experiment." [Authors]
type: Class
type: Concept
comment: Data of the machine used for the experiment.
subclass of: ValueObject
altlabel: Machine Type
altlabel: Maschinendaten @de
altlabel: Prüfmaschine @de
altlabel: Testing Machine
altlabel: Testing machine
preflabel: Machine
has description citation source: Authors
has example data: Instron 5985
has example data: SZM100
has example data: SZM500
has example data: ZwickRoell Blechumformprüfmaschine 600kN - BUP600
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q
has label source: AFZ1-ST-D1
has label source: K-Type
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has label source: deepl translator
has label source: standard definition specific

MajorTrueStrain
description: "Größere Formänderung" [DIN EN ISO 12004-2: 2021_07, 8] @de
description: "major true strain" [DIN EN ISO 12004-2: 2021_07, 8]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hauptformänderung @de
altlabel: major limit strain
altlabel: major true strain
preflabel: MajorTrueStrain
has description citation source: DIN EN ISO 12004-2: 2021_07, 8 @de
has example data: 0.40799999999999997
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 8 @de
has symbol: ε_1
has symbol latex: ε_1

MassDensity
description: Mass densisty of the material
type: Class
type: Concept
subclass of: ValueObject
altlabel: RO
preflabel: MassDensity
has example data: 7.8
has label source: LS-DYNA_Manual_Volume_2
has typical unit: GM-PER-CentiM3
has typical unit label: g/cm^3

MatPiecewiseLinearPlasticity
description: Simple incompressible plasticity model
type: Class
type: Concept
subclass of: ValueObject
altlabel: Mat024
preflabel: MatPiecewiseLinearPlasticity
has label source: LS-DYNA_Manual_Volume_2

MatPiecewiseLinearPlasticityLogInterpolation
description: Simple incompressible plasticity model with logarithmic interpolation
type: Class
type: Concept
subclass of: ValueObject
altlabel: Mat024LogInter
preflabel: MatPiecewiseLinearPlasticityLogInterpolation
has label source: LS-DYNA_Manual_Volume_2

MatTabulatedJohnsonCook
description: Simple incompressible plasticity model with adiabatic approach
type: Class
type: Concept
subclass of: ValueObject
altlabel: Mat224
preflabel: MatTabulatedJohnsonCook
has label source: LS-DYNA_Manual_Volume_2

MatTabulatedJohnsonCookLogInterpolation
description: Simple incompressible plasticity model with adiabatic approach and logarithmic interpolation
type: Class
type: Concept
subclass of: ValueObject
altlabel: Mat224LogInter
preflabel: MatTabulatedJohnsonCookLogInterpolation
has label source: LS-DYNA_Manual_Volume_2

Material
description: "Bezeichnung des Werkstoffs." [DIN EN ISO 16808:2022-08, 12] @de
description: "Bezeichnung des Werkstoffs." [General Knowledge] @de
description: "Identification of material." [DIN EN ISO 16808:2022-08, 12]
description: "Identification of material." [General Knowledge]
description: "The material used in the experiment." [Authors]
type: Class
type: Concept
comment: The material used in the experiment.
subclass of: ValueObject
altlabel: MATERIAL_NAME
altlabel: Material @de
altlabel: Werkstoff @de
altlabel: Werkstoffbezeichnung @de
altlabel: material
preflabel: Material
related: MaterialDesignation
has description citation source: Authors
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has description citation source: General Knowledge @de
has example data: 42CrMoS4
has example data: H340LAD
has example data: HX340LAD
has example data: ZStE340
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q @de
has label source: AFZ1-ST-D1
has label source: AWA_1_01_Rz-46N171 @de
has label source: DIN EN ISO 12004-2: 2021_07
has label source: DIN EN ISO 12004-2: 2021_07, 7 @de
has label source: DIN EN ISO 16808:2022-08, 12 @de
has label source: General Knowledge @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de

Material Card
description: "A material card contains material data or parameter to describe the material bahaviour in a simulation. " [General Knowledge]
description: "Eine Materialkarten beschreibt das Materialverhalten eines Werkstoffes in Form von Daten und Parametern" [General Knowledge] @de
type: Class
type: Concept
comment: The MaterialCard is a digital representation of a real world steel; for example HCT980X. It contains all information to reproduce the behaviour steel within a simulation as close as possible to it's real world counter part.
label: Material Karte @de
label: MaterialCard
label: Materialkarte @de
label: material card
subclass of: ValueObject
altlabel: Digitale Werkstoffbeschreibung @de
altlabel: Material Card
altlabel: MaterialCard
altlabel: MaterialKarte @de
altlabel: Materialkarte @de
preflabel: Material Card
preflabel: Material Karte @de
preflabel: MaterialCard
preflabel: Materialkarte @de
preflabel: material card
has description citation source: General Knowledge @de
has label source: General Knowledge @de

MaterialClass
type: Class
type: Concept
subclass of: ValueObject
altlabel: Materialklasse @de
preflabel: MaterialClass
related: Steel
has example data: Stahl
has label source: K-Item @de

MaterialIdentifier
description: A unique number or label to address the defined material
description: Material identification for which this erosion definition applies.A unique number or label must be specified
type: Class
type: Concept
subclass of: ValueObject
altlabel: MID
preflabel: MaterialIdentifier
has example data: 1c
has example data: 2a
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

MaterialInstabilityStrain
description: Critical plastic strain (material instability) LT.0.0: |ECRIT| is either a load curve ID defining critical equivalent plastic strain versus triaxiality or a table ID defining critical equivalent plastic strain as a function of triaxiality and Lode parameter (as in LCSDG). With HISVN ≠ 0, a 3D table can be used, where critical strain is a function of the history variable (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE). With HISVN = 0, a 3D table introduces thermal effects, that is, critical strain is a function of temperature (TABLE_3D), Lode parameter (TABLE), and triaxiality (CURVE). EQ.0.0: Fixed value DCRIT defining critical damage is read (see below). GT.0.0: Fixed value for stress-state independent critical equivalent plastic strain.
type: Class
type: Concept
subclass of: ValueObject
altlabel: ECRIT
preflabel: MaterialInstabilityStrain
has example data: 3
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

MaximumForce
description: "Maximalkraft" [Authors] @de
description: "highest force that the test piece withstands during the test" [Authors]
description: "maximum force" [ISO 26203-2, 2011, 4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Fm @de
altlabel: Höchstzugkraft Fm @de
altlabel: Maximalkraft @de
altlabel: maximum force
preflabel: MaximumForce
related: MeasuringRange
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 500 kN
has example data: 7008
has example data: 7690
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: ISO 26203-2, 2011, 4
has label source: K-Item @de
has label source: Standard definition specific @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: Fm
has symbol latex: F_{m}
has symbol latex: Fm
has typical unit: KiloN
has typical unit: http://qudt.org/vocab/unit/N
has typical unit label: N
has typical unit label: kN
is based on: Force

MaximumForceDiscontinousYielding
description: "<bei Werkstoffen, die ein diskontinuierliches Fließen zeigen> größte Kraft, der die Probe während des Versuchs nach dem Beginn der Verfestigung standhält" [DIN EN ISO 6892-1, 3.9.2] @de
description: "<materials displaying discontinuous yielding> highest force that the test piece withstands during the test after the beginning of work-hardening" [DIN EN ISO 6892-1, 3.9.2]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Höchstkraft @de
altlabel: maximum force "discontinous yielding"
preflabel: MaximumForceDiscontinousYielding
has description citation source: DIN EN ISO 6892-1, 3.9.2 @de
has label source: DIN EN ISO 6892-1, 3.9.2 @de
has symbol: Fm
has symbol latex: F_m
has typical unit: http://qudt.org/vocab/unit/N
has typical unit label: N

MaximumForceNoDiscontinousYielding
description: "<bei Werkstoffen, die kein diskontinuierliches Fließen zeigen> größte Kraft, der die Probe während des Versuchs standhält" [DIN EN ISO 6892-1, 3.9.1] @de
description: "<materials displaying no discontinuous yielding> highest force that the test piece withstands during the test" [DIN EN ISO 6892-1, 3.9.1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Höchstkraft @de
altlabel: maximum force "no discontinous yielding"
preflabel: MaximumForceNoDiscontinousYielding
has description citation source: DIN EN ISO 6892-1, 3.9.1 @de
has label source: DIN EN ISO 6892-1, 3.9.1 @de
has symbol: Fm
has symbol latex: F_m
has typical unit: http://qudt.org/vocab/unit/N
has typical unit label: N

MaximumSpeed
type: Class
type: Concept
subclass of: ValueObject
altlabel: Maximalgeschwindigkeit @de
preflabel: MaximumSpeed
related: MeasuringRange
has example data: 10 m/s
has label source: K-Item @de

MeanEngineeringStrainRate
description: "mean engineering strain rate = A/tf" [ISO 26203-2, 2011, 4]
description: "mittlere technische Dehnrate = A/tf" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Mean engineering strain rate
altlabel: mean engineering strain rate
altlabel: mittlere @de
altlabel: mittlere technische Dehnrate @de
preflabel: MeanEngineeringStrainRate
related: StrainRate
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 1.0
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has label source: YS1-Fz-D1Q @de
has symbol: emean
has symbol latex: \dot{e}_{mean}
has typical unit: PER-SEC
has typical unit label: s-1
is based on: Extension
is based on: ExtensometerGaugeLength
is based on: Time

MeanPlasticStrainRate
description: "Mittelwert der zeitabhängigen technischen Dehnrate: de(t)/dt im Bereich zwischen Fließbeginn oder 1% Dehnung und Dehnung bei Maximalkraft" [Authors] @de
description: "mean value of the time dependent engineering strain rate: de(t)/dt in the range between start of yield point or 1% strain and strain ar maximum force" [ISO 26203-2, 2011, 4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: mean plastic strain rate
altlabel: mittlere plastische Dehnrate @de
preflabel: MeanPlasticStrainRate
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has symbol: epl
has symbol latex: \dot{e}_{pl}
has typical unit: PER-SEC
has typical unit label: s-1

MeasurementResolutionUncertainty
description: Measurement Resolution Uncertainty
type: Class
type: Concept
subclass of: ValueObject
altlabel: Measurement Resolution Uncertainty
preflabel: MeasurementResolutionUncertainty
has typical unit: HBW
has typical unit label: HBW

MeasuringAid
type: Class
type: Concept
subclass of: ValueObject
altlabel: Messhilfsmittel @de
preflabel: MeasuringAid
related: ForceMeasuringDevice
has example data: Kraftmesszelle
has label source: Messmitteldatenbank @de

MeasuringDevice
type: Class
type: Concept
subclass of: ValueObject
altlabel: Messmittel @de
preflabel: MeasuringDevice
related: Machine
has example data: Hochgeschwindigkeits Prüfmaschine
has label source: Messmitteldatenbank @de

MeasuringRange
type: Class
type: Concept
subclass of: ValueObject
altlabel: Messbereich @de
preflabel: MeasuringRange
has label source: K-Item @de

Mega Pascal per Second
type: Unit
type: Class
comment: Stress rate, e.g. referenced by tensile tests
label: Mega Pascal pro Sekunde @de
preflabel: Mega Pascal per Second
preflabel: Mega Pascal pro Sekunde @de
related: MegaPA
has unit label: MPa/s

MicroalloyedSteel
description: "Mikrolegierte Stähle erzielen ihre hohen Festigkeiten durch die Legierung mit Niob, Titan und Vanadium" [DIN EN 10346_2015] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Mikrolegierter Stahl @de
preflabel: MicroalloyedSteel
related: Grade
has description citation source: DIN EN 10346_2015 @de
has example data: HX340LAD
has label source: DIN EN 10346_2015 @de

Microstructure
type: Class
label: Gefüge @de
preflabel: Gefüge @de
preflabel: Microstructure

MicrostructureModel
description: "Input-Datei eines Mikrostrukturmodells für den jeweiligen Solver" [General Knowledge] @de
description: "input-file describing the microstructure model for chosen solver" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Microstructure model
altlabel: Mikrostructurmodel @de
preflabel: MicrostructureModel
has description citation source: General Knowledge @de
has label source: General Knowledge @de

MildSteel
description: "Stahl mit niedrigem Kohlestoffgehalt, niedriger Streckgrenze und hoher Duktilität" [DIN EN 10346_2015] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: weicher Stahl @de
preflabel: MildSteel
related: Grade
has description citation source: DIN EN 10346_2015 @de
has example data: DX56D
has label source: DIN EN 10346_2015 @de

MilliM-PER-MIN
type: Unit
has unit label: mm/min

MinTimeStep4ElementDel
description: Minimum time step size for automatic element deletion
type: Class
type: Concept
subclass of: ValueObject
altlabel: TDEL
preflabel: MinTimeStep4ElementDel
has example data: 0.000000
has label source: LS-DYNA_Manual_Volume_2
has typical unit: SEC
has typical unit label: s

MinimumCrossSectionAfterFracture
description: "kleinster Querschnitt nach dem Bruch" [DIN EN ISO 6892-1, Tabelle 1] @de
description: "minimum cross-sectional area after fracture" [Authors]
description: "minimum cross-sectional area after fracture" [DIN EN ISO 6892-1, Table 1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: SU
altlabel: kleinster Querschnitt nach dem Bruch @de
altlabel: minimum cross-sectional area after fracture
preflabel: MinimumCrossSectionAfterFracture
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, Tabelle 1 @de
has description citation source: DIN EN ISO 6892-1, Table 1
has example data: 4879
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, Tabelle 1 @de
has label source: DIN EN ISO 6892-1, Table 1
has symbol: Su
has symbol latex: S_{u}
has typical unit: MilliM2
has typical unit label: mm2
is based on: DiameterAfterFracture1
is based on: DiameterAfterFracture2
is based on: ThicknessAfterFracture1
is based on: ThicknessAfterFracture2
is based on: WidthAfterFracture1
is based on: WidthAfterFracture2

MinimumCrosssectionAfterFracture
description: "minimum cross-sectional area after fracture" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bruchquerschnitt Su @de
altlabel: Minimum cross-sectional area after fracture
altlabel: SU
altlabel: Su @de
preflabel: MinimumCrosssectionAfterFracture
has description citation source: Authors
has example data: 4879
has label source: YS1-Fz-D1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: S_{u}
has symbol: Su
has symbol latex: S_{u}
has typical unit: MilliM2
has typical unit label: mm2
is based on: DiameterAfterFracture1
is based on: DiameterAfterFracture2
is based on: ShearLengthAfterFracture1
is based on: ShearLengthAfterFracture2
is based on: ThicknessAfterFracture1
is based on: ThicknessAfterFracture2
is based on: WidthAfterFracture1
is based on: WidthAfterFracture2

MinorTrueStrain
description: "Kleinere Formänderung" [DIN EN ISO 12004-2: 2021_07, 8] @de
description: "minor true strain" [DIN EN ISO 12004-2: 2021_07, 8]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Nebenformänderung @de
altlabel: minor limit strain
altlabel: minor true strain
preflabel: MinorTrueStrain
has description citation source: DIN EN ISO 12004-2: 2021_07, 8 @de
has example data: -0.092000
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 8 @de
has symbol: ε_2
has symbol latex: ε_2

Model
type: Class
label: Modell @de
preflabel: Model
preflabel: Modell @de

ModulusOfElasticity
description: "Elastizitätsmodul" [Authors] @de
description: "Modulus of elasticity" [ISO 26203-2, 2011, 4]
description: "Quotient der Änderung der Spannung ΔR und Änderung der prozentualen Dehnung Δe in dem untersuchten Bereich multipliziert mit 100 %" [DIN EN ISO 6892-1, 3.13] @de
description: "quotient of change of stress ΔR and change of percentage extension Δe in the range of evaluation, multiplied by 100 %" [DIN EN ISO 6892-1, 3.13]
type: Class
type: Concept
subclass of: ValueObject
altlabel: E
altlabel: E-Modul @de
altlabel: Elastizitätsmodul @de
altlabel: modulus of elasticity
preflabel: ModulusOfElasticity
related: EngineeringStress
related: PercentageExtension
has description citation source: Authors @de
has description citation source: DIN EN ISO 6892-1, 3.13 @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 187170
has example data: 210000
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, 3.13 @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has symbol: E
has symbol latex: E
has typical unit: GigaPA
has typical unit: MegaPA
has typical unit label: GPa
has typical unit label: MPa

Morphological Texture
type: Class
label: Morphologische Beschaffenheit @de
preflabel: Morphological Texture
preflabel: Morphologische Beschaffenheit @de

Nakajima Test
type: Class
subclass of: Experimental test
preflabel: Nakajima Test @de

NominalEngineeringStrainRate
description: "nominal engineering strain rate = vo/Lc" [ISO 26203-2, 2011, 4]
description: "nominelle technische Dehnrate = vo/Lc" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Nominal engineering strain rate
altlabel: nominal engineering strain rate
altlabel: nominell @de
altlabel: nominelle Dehnrate @de
preflabel: NominalEngineeringStrainRate
related: StrainRate
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 1.0
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has label source: YS1-Fz-D1Q @de
has symbol: enom
has symbol latex: \dot{e}_{nom}
has typical unit: PER-SEC
has typical unit label: s-1
is based on: InitialDisplacementRate
is based on: ParallelLength

NotchTensileStrength
description: "notch tensile strength" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Rm @de
preflabel: NotchTensileStrength
has description citation source: Authors
has example data: 468
has label source: YS1-FzR4-S1Q @de
has typical unit: MegaPA
has typical unit label: MPa
is based on: EngineeringStress

NumberFailedIntegrationPoints
description: Number or percentage of failed integration points prior to element deletion. GT.0.0: Number of integration points which must fail before element is deleted. LT.0.0: Applies only to shells. |NUMFIP| is the percentage of layers which must fail before an element is deleted. For shell formulations with 4 integration points per layer, the layer is considered failed if any of the integration points in the layer fails.
type: Class
type: Concept
subclass of: ValueObject
altlabel: NUMFIP
preflabel: NumberFailedIntegrationPoints
has example data: 2
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

NumberGrains
description: "Anzahl an Körnern, die mit Hilfe der Euler-Winkel representiert werden." [General Knowledge] @de
description: "Number of grains represented by the euler angles." [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Kornanzahl @de
altlabel: Number of grains
preflabel: NumberGrains
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: N
has symbol latex: N

NumberOfVirtualExperiments
description: "Anzahl an durchgeführten virtuellen Versuchen" [General Knowledge] @de
description: "Number of virtual experiments carried out" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Anzahl der virtuellen Versuche @de
altlabel: Number of virtual experiments
preflabel: NumberOfVirtualExperiments
has description citation source: General Knowledge @de
has label source: General Knowledge @de

NumberSlipSystems
description: List of number of slip systems per slip system family
type: Class
type: Concept
subclass of: ValueObject
altlabel: N_sl
preflabel: NumberSlipSystems
related: phenopowerlaw
has example data: [12, 12]
has typical unit: UNITLESS
has typical unit label: 1

Operator
description: "Person performed the hydraulic bulge test." [DIN EN ISO 16808:2022-08, 12]
description: "Person, die den hydraulischen Tiefungsversuch durchgeführt hat. " [DIN EN ISO 16808:2022-08, 12] @de
type: Class
type: Concept
comment: some kind of a step. mathematical Operator
label: Mathematische Operation @de
subclass of: ValueObject
altlabel: Operator
altlabel: Prüfer @de
preflabel: Mathematische Operation @de
preflabel: Operator
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has example data: auge
has label source: AFZ-BU-S1.TXT @de
has label source: Authors @de
has label source: DIN EN ISO 16808:2022-08, 12

OriginalCrossSection
description: "Anfangsquerschnitt innerhalb der parallelen Länge" [DIN EN ISO 6892-1, Tabelle 1] @de
description: "original cross-sectional area of the parallel length" [DIN EN ISO 6892-1, Table 1]
description: "original cross-sectional area of the parallel length" [ISO 26203-2, 2011, 4]
description: "original crosssection area of the parallel length" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Anfangsquerschnitt @de
altlabel: S0
altlabel: original cross-sectional area
preflabel: OriginalCrossSection
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, Tabelle 1 @de
has description citation source: DIN EN ISO 6892-1, Table 1
has description citation source: ISO 26203-2, 2011, 4
has example data: 14.98
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, Tabelle 1 @de
has label source: DIN EN ISO 6892-1, Table 1
has label source: ISO 26203-2, 2011, 4
has symbol: S0
has symbol: So
has symbol latex: S_{0}
has symbol latex: S_{o}
has typical unit: MilliM2
has typical unit label: mm2
is based on: Diameter
is based on: OriginalThickness
is based on: OriginalWidth

OriginalCrosssection
description: "original cross-sectional area of the parallel length" [Authors]
description: "original crosssection area of the parallel length" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Anfangsquerschnitt S0 @de
altlabel: Anfangsquerschnitt So @de
altlabel: Original cross section
altlabel: S0 @de
preflabel: OriginalCrosssection
has description citation source: Authors
has example data: 14.98
has example data: 15.05
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: S0
has symbol: S_{0}
has symbol latex: S_{0}
has typical unit: MilliM2
has typical unit label: mm2
is based on: Diameter
is based on: OriginalThickness
is based on: OriginalWidth
is based on: ShearLength

OriginalDiameter
description: "(Anfangs-)Probendurchmesser in der parallelen Länge einer Rundprobe oder Durchmesser eines Drahtes mit Kreisquerschnitt oder Innendurchmesser eines Rohres" [DIN EN ISO 6892-1, Tabelle 1] @de
description: "original diameter of the parallel length of a circular test piece, or diameter of round wire or internal diameter of a tube" [DIN EN ISO 6892-1, Table 1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: (Anfangs-)Probendurchmesser in der parallelen Länge einer Rundprobe oder Durchmesser eines Drahtes mit Kreisquerschnitt oder Innendurchmesser eines Rohres @de
altlabel: original diameter
preflabel: OriginalDiameter
has description citation source: DIN EN ISO 6892-1, Tabelle 1 @de
has description citation source: DIN EN ISO 6892-1, Table 1
has label source: DIN EN ISO 6892-1, Tabelle 1 @de
has label source: DIN EN ISO 6892-1, Table 1
has symbol: do
has symbol latex: d_o
has typical unit: MilliM
has typical unit label: mm

OriginalGaugeLength
description: "Länge zwischen den Marken zur Kennzeichnung der Messlänge (3.1) auf der Probe, die vor dem Versuch bei Raumtemperatur gemessen wird" [DIN EN ISO 6892-1, 3.1.1] @de
description: "The intial gauge length given by the specimen geometry" [Authors]
description: "length between gauge length (3.1) marks on the test piece measured at room temperature before the testlength between gauge length (3.1) marks on the test piece measured at room temperature before the test" [DIN EN ISO 6892-1, 3.1.1]
description: "length between gauge length marks on the test piece measured at room temperature before the test" [DIN EN ISO 6892-1, 3.1.1]
type: Class
type: Concept
comment: The intial gauge length given by the specimen geometry
subclass of: ValueObject
altlabel: Anfangsmesslänge @de
altlabel: L0
altlabel: Messlänge Lo @de
altlabel: Messlänge Standardweg @de
altlabel: original gauge length
preflabel: OriginalGaugeLength
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.1.1 @de
has example data: 20
has example data: 30
has example data: 80
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: DIN EN ISO 6892-1, 3.1.1 @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: L0
has symbol: Lo
has symbol latex: L_0
has symbol latex: L_o
has typical unit: MilliM
has typical unit label: mm

OriginalThickness
description: "(Anfangs-)Dicke einer Flachprobe oder Wanddicke eines Rohres" [DIN EN ISO 6892-1, Tabelle 1] @de
description: "Original width of the parallel length of a flat test piece" [Authors]
description: "The initial thickness of the specimen." [Authors]
description: "The thickness of the specimen." [Authors]
description: "original thickness of a flat test piece or wall thickness of a tube" [DIN EN ISO 6892-1, Table 1]
type: Class
type: Concept
comment: Original width of the parallel length of a flat test piece
subclass of: ValueObject
altlabel: Original thickness
altlabel: Probendicke @de
altlabel: Probendicke a @de
altlabel: Probendicke a0 @de
altlabel: Thickness
altlabel: original thickness
preflabel: OriginalThickness
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, Tabelle 1 @de
has description citation source: DIN EN ISO 6892-1, Table 1
has example data: 1.5
has example data: 1.55
has example data: 1490
has example data: 1499
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-ST-D1
has label source: DIN EN ISO 6892-1, Table 1
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: a_{0}
has symbol: ao
has symbol latex: a_o
has typical unit: MilliM
has typical unit label: mm

OriginalWidth
description: "(Anfangs-)Breite einer Flachprobe in der parallelen Länge oder mittlere Breite einer Rohrstreifenprobe oder eines Profildrahtes" [DIN EN ISO 6892-1, Tabelle 1] @de
description: "Original width of the parallel length of a flat test piece" [Authors]
description: "The width of the specimen." [Authors]
description: "original width of the parallel length of a flat test piece or average width of the longi tudinal strip taken from a tube or width of flat wire" [DIN EN ISO 6892-1, Table 1]
type: Class
type: Concept
comment: Original width of the parallel length of a flat test piece
subclass of: ValueObject
altlabel: (Anfangs-)Breite einer Flachprobe in der parallelen Länge oder mittlere Breite einer Rohrstreifenprobe oder eines Profildrahtes @de
altlabel: Original width
altlabel: Probenbreite @de
altlabel: Probenbreite b @de
altlabel: Probenbreite b0 @de
altlabel: Width
altlabel: original width
preflabel: OriginalWidth
related: TestPieceGeometry
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, Tabelle 1 @de
has description citation source: DIN EN ISO 6892-1, Table 1
has example data: 10040
has example data: 10054
has example data: 20.04
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: DIN EN ISO 6892-1, Tabelle 1 @de
has label source: DIN EN ISO 6892-1, Table 1
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has symbol: b_{0}
has symbol: bo
has symbol latex: b_o
has typical unit: MilliM
has typical unit label: mm

ParallelLength
description: "Länge des parallelen reduzierten Querschnitts der Probe" [DIN EN ISO 6892-1, 3.2] @de
description: "The length of the experiment (description replaced by Zugversuch Instron)" [Authors]
description: "The length of the parallel part of the specimen" [Authors]
description: "length of the parallel reduced section of the test piece" [DIN EN ISO 6892-1, 3.2]
type: Class
type: Concept
comment: The length of the parallel part of the specimen
subclass of: ValueObject
altlabel: LC
altlabel: Parallel length
altlabel: Versuchslänge @de
altlabel: parallel length
altlabel: parallele Länge @de
altlabel: parallele Messlänge Lc @de
preflabel: ParallelLength
related: TestPieceGeometry
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.2 @de
has example data: 120
has example data: 25
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: DIN EN ISO 6892-1, 3.2 @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has symbol: L_{c}
has symbol: Lc
has symbol latex: L_c
has typical unit: MilliM
has typical unit label: mm

PercentageElongation
description: "Verlängerung (3.3), angegeben in Prozent, bezogen auf die Anfangsmesslänge (3.1.1)" [DIN EN ISO 6892-1, 3.4] @de
description: "elongation expressed as a percentage of the original gauge length" [DIN EN ISO 6892-1, 3.4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dehnung @de
altlabel: percentage elongation
preflabel: PercentageElongation
has description citation source: DIN EN ISO 6892-1, 3.4 @de
has example data: -3.93633e-05
has label source: DIN EN ISO 6892-1, 3.4 @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has typical unit: MilliM
has typical unit: PERCENT
has typical unit label: %
has typical unit label: mm

PercentageElongationAfterFracture
description: "bleibende Verlängerung (3.3) der Messlänge nach dem Bruch (Lu − Lo), angegeben in Prozent, bezogen auf die Anfangsmesslänge (3.1.1)" [DIN EN ISO 6892-1, 3.4.2] @de
description: "percentage elongation after fracture" [Authors]
description: "permanent elongation of the gauge length after fracture, (Lu − Lo), expressed as a percentage of the original gauge length (3.1.1)" [DIN EN ISO 6892-1, 3.4.2]
type: Class
type: Concept
subclass of: ValueObject
altlabel: A
altlabel: Bruchdehnung @de
altlabel: Bruchdehnung A_20mm @de
altlabel: percentage elongation after fracture
preflabel: PercentageElongationAfterFracture
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.4.2 @de
has example data: 35.6
has example data: 37.8
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, 3.4.2 @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has symbol: A
has symbol: A20mm
has symbol: A_{20mm}
has symbol latex: A
has symbol latex: A_{20mm}
has typical unit: PERCENT
has typical unit label: %
is based on: EngineeringStress
is based on: ModulusOfElasticity
is based on: PercentageExtension

PercentageExtension
description: "engineering strain" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Epsilon Tech
altlabel: Time-dependent engineering strain
altlabel: e-technisch @de
preflabel: PercentageExtension
has description citation source: Authors
has example data: 0.001
has example data: 0.002
has label source: AFZ1-Fz-S1Q.xlm @de
has label source: AFZ1-Fz-S1Q.xlsx
has label source: YS1-Fz-D1Q @de
has symbol: eps-technisch
has symbol latex: eps-technisch
has typical unit: UNITLESS
has typical unit label: -
has typical unit label: 1
is based on: Extension
is based on: ExtensometerGaugeLength

PercentagePermanentElongation
description: "Zunahme der Anfangsmesslänge (3.1.1) einer Probe nach Entfernen einer festgelegten Zugspannung, angegeben in Prozent, bezogen auf die Anfangsmesslänge (3.1.1)" [DIN EN ISO 6892-1, 3.4.1] @de
description: "increase in the original gauge length (3.1.1) of a test piece after removal of a specified stress, expressed as a percentage of the original gauge length" [DIN EN ISO 6892-1, 3.4.1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: bleibende Dehnung @de
altlabel: percentage permanent elongation
preflabel: PercentagePermanentElongation
has description citation source: DIN EN ISO 6892-1, 3.4.1 @de
has label source: DIN EN ISO 6892-1, 3.4.1 @de
has typical unit: PERCENT
has typical unit label: %

PercentagePermanentExtension
description: "Vergrößerung der Extensometer-Messlänge nach Entfernen einer festgelegten, auf die Probe aufgebrachten Zugspannung , angegeben in Prozent, bezogen auf die Extensometer-Messlänge" [DIN EN ISO 6892-1, 3.6.2] @de
description: "increase in the extensometer gauge length, after removal of a specified stress from the test piece, expressed as a percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.6.2]
description: "plastic engineering strain" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: bleibende Extensometer-Dehnung @de
altlabel: e-plast @de
altlabel: percentage permanent extension
preflabel: PercentagePermanentExtension
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.6.2 @de
has example data: 0.001
has label source: AFZ1-Fz-S1Q.xlm @de
has label source: DIN EN ISO 6892-1, 3.6.2 @de
has symbol: eps-plast
has symbol latex: eps-plast
has typical unit: PERCENT
has typical unit: UNITLESS
has typical unit label: %
has typical unit label: 1
is based on: Extension
is based on: ExtensometerGaugeLength
is based on: ModulusOfElasticity

PercentagePlasticExtensionAtMaximumForce
description: "percentage plastic extension at maximum force, Fm" [ISO 26203-2, 2011, 4]
description: "plastic extension at maximum force, expressed as a percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.6.5]
description: "plastische Verlängerung der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent" [DIN EN ISO 6892-1, 3.6.5] @de
description: "plastische Verlängerung der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent, bezogen auf die Extensometer-Messlänge" [DIN EN ISO 6892-1, 3.6.5] @de
description: "uniform elongation" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Ag
altlabel: Gleichmaßdehnung Ag @de
altlabel: percentage plastic extension at maximum force
altlabel: plastische Extensometer-Dehnung bei Höchstkraft @de
preflabel: PercentagePlasticExtensionAtMaximumForce
related: ModulusOfElasticity
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.6.5 @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 14
has example data: 16.34
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, 3.6.5 @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has symbol: A_{g}
has symbol: Ag
has symbol latex: A_g
has symbol latex: A_{g}
has typical unit: PERCENT
has typical unit label: %
is based on: PercentagePermanentExtension
is based on: TensileStrength

PercentageReductionOfArea
description: "größte während des Versuchs aufgetretene Änderung des Querschnitts, angegeben in Prozent, bezogen auf den Anfangsquerschnitt" [DIN EN ISO 6892-1, 3.8] @de
description: "maximum change in cross-sectional area which has occured during the test expressed as a percentage of the original cross-sectional area" [Authors]
description: "maximum change in cross-sectional area which has occurred during the test" [DIN EN ISO 6892-1, 3.8]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Brucheinschnürung @de
altlabel: Brucheinschnürung Z @de
altlabel: Z
altlabel: percentage reduction of area
preflabel: PercentageReductionOfArea
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.8 @de
has example data: 67.42
has example data: 78.0
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, 3.8 @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: Z
has symbol latex: Z
has typical unit: PERCENT
has typical unit label: %
is based on: MinimumCrosssectionAfterFracture
is based on: OriginalCrosssection

PercentageTotalExtensionAtFracture
description: "gesamte Verlängerung (elastische plus plastische Verlängerung) der Extensometer-Messlänge beim Bruch, angegeben in Prozent, bezogen auf die Extensometer-Messlänge" [DIN EN ISO 6892-1, 3.6.6] @de
description: "total extension (elastic extension plus plastic extension) at the moment of fracture, expressed as a percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.6.6]
type: Class
type: Concept
subclass of: ValueObject
altlabel: gesamte Extensometer-Dehnung beim Bruch @de
altlabel: percentage total extension at fracture
preflabel: PercentageTotalExtensionAtFracture
has description citation source: DIN EN ISO 6892-1, 3.6.6 @de
has label source: DIN EN ISO 6892-1, 3.6.6 @de
has symbol: At
has symbol latex: A_t
has typical unit: PERCENT
has typical unit label: %

PercentageTotalExtensionAtMaximumForce
description: "Percentage total extension at maximum force Fm (total strain at maximum force, Fm)" [DIN EN ISO 6892-1, 3.6.4]
description: "gesamte Verlängerung (elastische plus plastische Verlängerung) der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent, bezogen auf die Extensometer-Messlänge" [DIN EN ISO 6892-1, 3.6.4] @de
description: "gesamte Verlängerung der Extensometer-Messlänge bei Höchstkraft, angegeben in Prozent, bezogen auf die Extensometer-Messlänge" [DIN EN ISO 6892-1, 3.6.4] @de
description: "total extension (elastic extension plus plastic extension) at maximum force, expressed as a percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.6.4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: gesamte Extensometer-Dehnung bei Höchstkraft @de
altlabel: percentage total extension at maximum force
preflabel: PercentageTotalExtensionAtMaximumForce
has description citation source: DIN EN ISO 6892-1, 3.6.4 @de
has label source: DIN EN ISO 6892-1, 3.6.4 @de
has label source: ISO 26203-2, 2011, 4
has symbol: Agt
has symbol latex: A_{gt}
has typical unit: PERCENT
has typical unit label: %

PercentageYieldPointExtension
description: "<bei Werkstoffen, die ein diskontinuierliches Fließen zeigen> Verlängerung (3.6) der Extensometer-Messlänge zwischen dem Beginn örtlichen Fließens und dem Einsetzen gleichmäßiger Verfestigung, angegeben in Prozent, bezogen auf die Extensometer-Messlänge" [DIN EN ISO 6892-1, 3.6.3] @de
description: "in discontinuous yielding materials, the extension between the start of yielding and the start of uniform work-hardening, expressed as a percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.6.3]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Streckgrenzen-Extensometer-Dehnung @de
altlabel: percentage yield point extension
preflabel: PercentageYieldPointExtension
has description citation source: DIN EN ISO 6892-1, 3.6.3 @de
has label source: DIN EN ISO 6892-1, 3.6.3 @de
has symbol: Ae
has symbol latex: A_e
has typical unit: PERCENT
has typical unit label: %

PermanentSetStrength
description: "Spannun, bei der nach Wegnahme der Kraft eine vorgegebene bleibende Dehnung oder Extensometer-Dehnung , angegeben jeweils als Prozentanteil der Anfangsmesslänge oder der Extensometer-Messlänge, nicht überschritten wurde" [DIN EN ISO 6892-1, 3.10.5] @de
description: "stress at which, after removal of force, a specified permanent elongation or extension, expressed respectively as a percentage of original gauge length, or extensometer gauge length, has not been exceeded" [DIN EN ISO 6892-1, 3.10.5]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Grenzwert der Spannung für eine vorgegebene bleibende Dehnung @de
altlabel: permanent set strength
preflabel: PermanentSetStrength
has description citation source: DIN EN ISO 6892-1, 3.10.5 @de
has label source: DIN EN ISO 6892-1, 3.10.5 @de
has symbol: Rr
has symbol latex: R_{r}
has typical unit: MegaPA
has typical unit label: MPa

PermissibleUncertainty
description: Permissible Uncertainty
type: Class
type: Concept
subclass of: ValueObject
altlabel: Permissible Uncertainty
preflabel: PermissibleUncertainty
has typical unit: UNITLESS
has typical unit label: 1

Phase
type: Class
comment: Region of space (a thermodynamic system), throughout which all physical properties of a material are essentially uniform (Wikipedia)
preflabel: Phase @de

Phase Boundary
type: Class
label: Phasengrenze @de
preflabel: Phase Boundary
preflabel: Phasengrenze @de

PistonSpeed
description: "Geschwindigkeit des Kolbens während des hydraulischen Tiefungsversuchs." [DIN EN ISO 16808:2022-08, 12] @de
description: "Speed of the piston used in the hydraulic bulge test." [DIN EN ISO 16808:2022-08, 12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Kolbengeschwindigkeit @de
altlabel: Piston Speed
altlabel: Tiefziehgeschwindigkeit (VD) @de
preflabel: PistonSpeed
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has example data: 0.15
has label source: AFZ-BU-S1.TXT @de
has label source: DIN EN ISO 16808:2022-08, 12 @de
has typical unit: MilliM-PER-SEC
has typical unit label: mm/s

PlasticEngineeringStrain
description: "plastic engineering strain " [ISO 26203-2, 2011, 4]
description: "plastische technische Dehnung" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: plastic engineering strain
altlabel: plastische technische Dehnung @de
preflabel: PlasticEngineeringStrain
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has symbol: epl
has symbol latex: e_{pl}
has typical unit: PERCENT
has typical unit label: %

Plasticity
type: Class
label: Verformbarkeit @de
preflabel: Plasticity
preflabel: Verformbarkeit @de

PlasticityModel
description: phenomenological crystal plasticity model
type: Class
type: Concept
subclass of: ValueObject
altlabel: phenopowerlaw
preflabel: PlasticityModel

Poisson ratio
description: Poission Ratio to determine the linear elasticity
type: Class
type: Concept
label: PoissonRatio
subclass of: ValueObject
altlabel: PR
preflabel: Poisson ratio
preflabel: PoissonRatio
has example data: 0.3
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

PoissonsRatio
type: Class
type: Concept
subclass of: ValueObject
altlabel: Poisson
preflabel: PoissonsRatio
related: Material
related: ModulusOfElasticity
related: True Strain
related: TrueWidthStrain
has description citation source: Authors
has label source: AFZ1-Fz-S1Q.xlsx
has symbol: nue
has symbol latex: nue
has typical unit: UNITLESS
has typical unit label: 1

PostProcessingSoftware
description: "Software used for post-processing." [General Knowledge]
description: "Software, die für die Datenverarbeitung verwendet wurde." [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Auswerte Software @de
altlabel: Post-processing software
preflabel: PostProcessingSoftware
has description citation source: General Knowledge @de
has label source: General Knowledge @de

Percipation
type: Class
label: ?? @de
altlabel: Ausscheidungshärtung @de
preflabel: ?? @de
preflabel: Percipation

PreliminaryForce
description: ""Vorkraft" in DIN EN ISO 6892-1" [Authors]
description: "In order to ensure the alignment of the test piece and grip arrangement, a preliminary force may be applied provided it does not exceed a value corresponding to 5 % of the specified or expected yield strength" [DIN EN ISO 6892-1, 10.2]
description: "Um ein Ausrichten der Probe in der Einspannvorrichtung zu erreichen, darf eine Vorkraft aufgebracht werden, die 5 % des spezifizierten oder zu erwartenden Streckgrenzenwertes nicht überschreitet" [DIN EN ISO 6892-1, 10.2] @de
description: "Vorkraft" in DIN EN ISO 6892-1
type: Class
type: Concept
subclass of: ValueObject
altlabel: Vorkraft @de
altlabel: Vorlast @de
altlabel: preliminary force
preflabel: PreliminaryForce
related: ForceMeasuringDevice
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 10.2 @de
has example data: 0.105
has example data: 2
has label source: DIN EN ISO 6892-1, 10.2 @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has typical unit: KiloN
has typical unit: MegaPA
has typical unit label: MPa
has typical unit label: kN

PressureChamber
description: "Druck im Werkzeug." [DIN EN ISO 16808:2022-08, 12] @de
description: "Pressure measred in the chamber." [DIN EN ISO 16808:2022-08, 12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bulge Druck @de
altlabel: Druck im Werkzeug @de
altlabel: Pressure in the Chamber
preflabel: PressureChamber
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: AFZ-BU-S1.TXT @de
has label source: DIN EN ISO 16808:2022-08, 12
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: p
has symbol latex: p
has typical unit: MegaPA
has typical unit label: MPa
has typical unit label: N/mm2

PrincipalStressLimit4PostProcessing
description: Table ID with first principal stress limit as function of plastic strain (curves) and plastic strain rate (table). This option is for post-processing purposes only and gives an indication of areas in the structure where failure is likely to occur
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCPS
preflabel: PrincipalStressLimit4PostProcessing
has example data: 9
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

ProjectName
description: "Instabilität" [Authors]
description: "Name of the Project." [Authors]
type: Class
type: Concept
comment: Name of the Project.
subclass of: ValueObject
altlabel: PROJECT_NAME
altlabel: Project
altlabel: Project Name
altlabel: Project name
altlabel: Projekt @de
altlabel: Projektname @de
preflabel: ProjectName
has description citation source: Authors
has example data: Crashartig
has example data: Instabilität
has example data: MATERIALDIGITAL
has example data: PMD-Refrenzprozess
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-ST-D1
has label source: AWA_1_01_Rz-46N171 @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has label source: deepl translator

ProjectNumber
description: "Project identification number." [Authors]
type: Class
type: Concept
comment: Project identification number.
subclass of: ValueObject
altlabel: PROJECT_ID
altlabel: Project No.
altlabel: Project number
altlabel: Projektnummer @de
preflabel: ProjectNumber
has description citation source: Authors
has example data: 100056
has example data: 100137
has example data: 324116
has example data: 40-05452
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-NZ50-25-D1Q @de
has label source: AFZ1-ST-D1
has label source: AWA_1_01_Rz-46N171 @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q
has label source: deepl translator

ProofStrengthPlasticExtension
description: "Spannung, bei der die plastische Extensometer-Dehnung einem vorgegebenen Prozentanteil der Extensometer-Messlänge entspricht" [DIN EN ISO 6892-1, 3.10.3] @de
description: "stress at which the plastic extension is equal to a specified percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.10.3]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dehngrenze bei plastischer Extensometer-Dehnung @de
altlabel: proof strength, plastic extension
preflabel: ProofStrengthPlasticExtension
has description citation source: DIN EN ISO 6892-1, 3.10.3 @de
has label source: DIN EN ISO 6892-1, 3.10.3 @de
has label source: ISO 26203-2, 2011, 4
has symbol: Rp
has symbol latex: R_{p}
has typical unit: MegaPA
has typical unit label: MPa

ProofStrengthTotalExtension
description: "Spannung, bei der die gesamte Extensometer-Dehnung (elastische und plastische Extensometer-Dehnung) einem vorgegebenen Prozentanteil der Extensometer-Messlänge entspricht" [DIN EN ISO 6892-1, 3.10.4] @de
description: "stress at which total extension (elastic extension plus plastic extension) is equal to a specified percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.10.4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dehngrenze bei gesamter Extensometer-Dehnung @de
altlabel: proof strength, total extension
preflabel: ProofStrengthTotalExtension
has description citation source: DIN EN ISO 6892-1, 3.10.4 @de
has label source: DIN EN ISO 6892-1, 3.10.4 @de
has symbol: Rt
has symbol latex: R_{t}
has typical unit: MegaPA
has typical unit label: MPa

ProofStrength_0.2Percentage
description: "yield strength, 0.2 %" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Rp0.2
preflabel: ProofStrength_0.2Percentage
has description citation source: Authors
has example data: 397
has label source: AFZ1-Fz-S1Q.xlsx
has symbol: Rp02
has symbol latex: R_{p02}
has typical unit: MegaPA
has typical unit label: MPa
is based on: EngineeringStress
is based on: ModulusOfElasticity
is based on: PercentageExtension

ProofStrength_1Percentage
description: "yield strength, 1 %" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Rp1
preflabel: ProofStrength_1Percentage
has description citation source: Authors
has label source: AFZ1-Fz-S1Q.xlsx
has symbol: Rp1
has symbol latex: R_{p1}
has typical unit: MegaPA
has typical unit label: MPa
is based on: EngineeringStress
is based on: ModulusOfElasticity
is based on: PercentageExtension

Property of structural relevance
type: Class
comment: Properties that contribute towards the structural integrity of a component. Example Thickness, negative example Paint/ Color of Paint
label: Strukturrelevante Eigenschaft @de
preflabel: Property of structural relevance
preflabel: Strukturrelevante Eigenschaft @de

PunchDiameter
description: "Stempeldurchmesser " [DIN EN ISO 12004-2: 2021_07, 8] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Stempeldurchmesser @de
altlabel: punch diameter
preflabel: PunchDiameter
has description citation source: DIN EN ISO 12004-2: 2021_07, 8 @de
has example data: 100
has label source: DIN EN ISO 12004-2: 2021_07, 8 @de
has symbol: D
has symbol latex: D
has typical unit: MilliM
has typical unit label: mm
is based on: TestStandard

PunchDisplacement
type: Class
type: Concept
subclass of: ValueObject
altlabel: Displacement
preflabel: PunchDisplacement
has label source: AFZ1-NZ50-25-D1Q
has typical unit: MilliM
has typical unit label: mm

PunchVelocity
description: "Stempelgeschwindigkeit" [DIN EN ISO 12004-2: 2021_07, 13] @de
description: "punch velocity" [DIN EN ISO 12004-2: 2021_07, 13]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Stempelgeschwindigkeit @de
altlabel: punch velocity
altlabel: v0
preflabel: PunchVelocity
has description citation source: DIN EN ISO 12004-2: 2021_07, 13 @de
has example data: 1.5
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 13 @de
has symbol: v_0
has symbol latex: v_0
has typical unit: MilliM-PER-SEC
has typical unit label: mm/s

Pyiron Job
type: Class
comment: execution information of a Code; can get deferred; can get executed on a batch system. A Pyiron job bundles all required metadata for a Pyiron code execution. Is similar to the context of a process from computer science.
subclass of: process
altlabel: Pyiron Kontext @de
altlabel: Pyiron Prozess @de
altlabel: Pyiron execution context
altlabel: Pyiron Job @de
altlabel: Pyiron process
preflabel: Pyiron Job @de

Pyiron notebook
type: Class
comment: Jupyter Pyiron Notebook
label: Pyiron Notebook @de
preflabel: Pyiron Notebook @de
preflabel: Pyiron notebook

Pyiron project
type: Class
comment: A frame where all pyiron jobs are done on top of this frame. It encloses a number of jobs. It also provides utility functions for creatig python objects for these jobs.
label: Pyiron Projekt @de
preflabel: Pyiron Projekt @de
preflabel: Pyiron project

RValue
type: Class
type: Concept
subclass of: ValueObject
altlabel: Rinc
preflabel: RValue
has description citation source: Authors
has label source: AFZ1-Fz-S1Q.xlsx
has symbol: r-ges
has symbol latex: r-ges
has typical unit: UNITLESS
has typical unit label: 1
is based on: True Strain
is based on: WidthStrain

Radius
description: "Kerbradius (nur bei Schrägkerb-Scherzugproben)" [Authors] @de
description: "Radius of the notch (only for notched shear tensile specimens)" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Radius
preflabel: Radius
related: TestPieceGeometry
has description citation source: Authors @de
has example data: 2
has example data: 4
has label source: YS1-FzR4-S1Q
has label source: YS1-Sz0°-S1L @de
has typical unit: MilliM
has typical unit label: mm

RadiusCurvature
description: "Krümmungsradius des Kuppelpols." [DIN EN ISO 16808:2022-08, 12] @de
description: "Radius of the curvature in the dome." [DIN EN ISO 16808:2022-08, 12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Krümmungsradius @de
altlabel: Radius of curvature
preflabel: RadiusCurvature
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 12
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: ρ
has symbol latex: \rho
has typical unit: MilliM
has typical unit label: mm

RadiusDie
description: "Matrizenkantenradius (innen) der Prüfeinrichtung." [DIN EN ISO 16808:2022-08, 4] @de
description: "Radius of the die (inner) of the testing machine. " [DIN EN ISO 16808:2022-08, 4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Matrizenkantenradius (innen) @de
altlabel: Radius of the die (inner)
preflabel: RadiusDie
has description citation source: DIN EN ISO 16808:2022-08, 4 @de
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: R_1
has symbol latex: R_1
has typical unit: MilliM
has typical unit label: mm

RateSensitivityOfSlip
description: "Rate sensivity of slip used in the crystal plasticity constitutive model" [General Knowledge]
description: "Scherratensensitivität, die im Kristallplastizitätsmodell verwendet wurde" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Rate sensitivity of slip
altlabel: Scherratensensititvität @de
preflabel: RateSensitivityOfSlip
has description citation source: General Knowledge @de
has label source: General Knowledge @de
has symbol: m
has typical unit: UNITLESS
has typical unit label: -

ReferenceElementSize
description: Reference element size for which an additional output of damage (and potentially plastic strain) will be generated. This is necessary to ensure the applicability of resulting damage quantities when transferred to different mesh sizes.
type: Class
type: Concept
subclass of: ValueObject
altlabel: REFSZ
preflabel: ReferenceElementSize
has example data: 0.3
has label source: LS-DYNA_Manual_Volume_2
has typical unit: MilliM
has typical unit label: mm

Reference Job
type: Class
comment: a Pyiron job for ...
subclass of: Pyiron Job
preflabel: Reference Job

ReferenceShearRate
description: "Reference shear rate used in the crystal plasticity constitutive model" [General Knowledge]
description: "Referenzscherrate, die im Kristallplastizitätsmodell verwendet wurde" [General Knowledge] @de
description: List of reference shear rate per slip family
type: Class
type: Concept
subclass of: ValueObject
altlabel: Reference shear rate
altlabel: Referenzscherrate @de
altlabel: dot_gamma_0_sl
preflabel: ReferenceShearRate
related: phenopowerlaw
has description citation source: General Knowledge @de
has example data: [0.001, 0.001]
has label source: General Knowledge @de
has symbol latex: \dot{\vargamma}_{0}
has typical unit: UNITLESS
has typical unit: PER-SEC
has typical unit label: -
has typical unit label: 1/s

ReferenceTemperature
description: Slope of linear hardening, if noidentifier for hardening curve (LCSS>0) is prescibed
type: Class
type: Concept
subclass of: ValueObject
altlabel: TR
preflabel: ReferenceTemperature
has example data: 293.14999999999998
has label source: LS-DYNA_Manual_Volume_2
has typical unit: https://qudt.org/vocab/unit/K
has typical unit label: K

RelativeStandardDeviationOfTheSlope
description: "Quotient der Standardabweichung der Steigung und der Steigung im untersuchten Bereich multipliziert mit 100 %" [DIN EN ISO 6892-1, 3.17] @de
description: "quotient of the standard deviation of the slope and the slope in the evaluation range, multiplied by 100 %" [DIN EN ISO 6892-1, 3.17]
type: Class
type: Concept
subclass of: ValueObject
altlabel: relative Standardabweichung der Steigung @de
altlabel: relative standard deviation of the slope
preflabel: RelativeStandardDeviationOfTheSlope
has description citation source: DIN EN ISO 6892-1, 3.17 @de
has label source: DIN EN ISO 6892-1, 3.17 @de
has symbol: Sm(rel)
has symbol latex: S_m(rel)
has typical unit: PERCENT
has typical unit label: %

Restspannung
type: Class
comment: Tensile test meta data entry from BAM file
preflabel: Restspannung @de

Remark
description: "A specific comment about the experiment." [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Bemerkung @de
altlabel: Bemerkungen @de
altlabel: Kommentar @de
altlabel: Remark
altlabel: Testing Comment
preflabel: Remark
has description citation source: Authors
has example data: Vorversuch
has label source: AFZ-BU-S1.TXT @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has label source: deepl translator

Repetition
description: Indentation Repetition
type: Class
type: Concept
subclass of: ValueObject
altlabel: Indentation Repetition
preflabel: Repetition
has typical unit: MilliM
has typical unit label: mm

ResultsFile
description: "Datei, die die Ergebnisse eines virtuellen Versuchs beinhaltet." [General Knowledge] @de
description: "File containing the results of a single virtual experiment" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Ergebnis-Datei @de
altlabel: Results file
preflabel: ResultsFile
has description citation source: General Knowledge @de
has label source: General Knowledge @de

RollingDirection
type: Class
type: Concept
subclass of: ValueObject
altlabel: Walzrichtung @de
preflabel: RollingDirection
related: TestingDirection

rolling mill
type: Class
label: Walzstraße @de
preflabel: Walzstraße @de
preflabel: rolling mill

Rp02
type: Class
comment: Rp0,2 parameter

SampleCode
description: "QR-Code from Label System" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Label ID
altlabel: QR-Code @de
altlabel: QR-Code from Label System
preflabel: SampleCode
has description citation source: Authors
has label source: AFZ1-NZ50-25-D1Q

SampleIdentifier
description: "Unique ID (IWM intern)" [Authors]
type: Class
type: Concept
comment: Unique ID (IWM intern)
subclass of: ValueObject
altlabel: NAME @de
altlabel: Proben-Nr. @de
altlabel: Probenbezeichnung @de
altlabel: Probennummer @de
altlabel: Sample identifier
altlabel: Specimen Name
altlabel: Specimen name
preflabel: SampleIdentifier
has description citation source: Authors
has description citation source: Unique ID (IWM intern) @de
has example data: AFZ-BU-S1
has example data: AFZ1-Fz-101Q
has example data: AFZ1-NZ50-25-D1Q
has example data: AFZ1-ST-D1
has example data: AWA_1_01_Rz
has example data: YS1-FzR4-S1Q
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q @de
has label source: AFZ1-ST-D1
has label source: AWA_1_01_Rz-46N171 @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has label source: deepl translator

SampleIdentifier-2
description: "Unique ID (IWM intern)" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probenkennung 2 @de
altlabel: Sample identifier 2
preflabel: SampleIdentifier-2
has description citation source: Authors
has example data: DX56_D_FZ2_WR00_43
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: deepl translator

SampleInfos
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probeninfos @de
altlabel: sample infos
preflabel: SampleInfos
has description citation source: Authors @de
has label source: K-Item @de
has label source: linguee

SampleProduction
description: "der Herstellungsprozess der Probe" [Authors] @de
description: "the production type for the manufactoring of the sample" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probenherstellung @de
altlabel: sample production
preflabel: SampleProduction
has description citation source: Authors @de
has example data: Wasserstrahlschneiden
has label source: K-Item @de
has label source: linguee

SampleType
description: "The general type of the specimen." [Authors]
description: "die allgemeine Probenart" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probentyp @de
altlabel: sample type
preflabel: SampleType
related: TestPieceGeometry
has description citation source: Authors @de
has example data: Flachzugprobe
has label source: K-Item @de
has label source: linguee

Script Job
type: Class
comment: a Pyiron job for executing a script like e.g. JupyterNotebook
subclass of: Pyiron Job
preflabel: Script Job

SerialNumber
type: Class
type: Concept
subclass of: ValueObject
altlabel: Seriennummer @de
preflabel: SerialNumber
has example data: 707680 2256611
has label source: Messmitteldatenbank @de

ShearLength
description: "Länge der Scherzone" [Authors] @de
description: "length of the shear zone" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: shear length
preflabel: ShearLength
related: TestPieceGeometry
has description citation source: Authors @de
has example data: 7
has label source: YS1-Sz0°-S1L @de
has typical unit: MilliM
has typical unit label: mm

ShearLengthAfterFracture1
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probenbreite B1 nach Bruch @de
preflabel: ShearLengthAfterFracture1
has label source: YS1-Sz0°-S1L @de
has typical unit: MilliM
has typical unit label: mm

ShearLengthAfterFracture2
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probenbreite B2 nach Bruch @de
preflabel: ShearLengthAfterFracture2
related: ShearLengthAfterFracture1
has label source: YS1-Sz0°-S1L @de
has typical unit: MilliM
has typical unit label: mm

ShearStrength
description: "shear strength" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Zugfestigkeit Rm @de
preflabel: ShearStrength
has description citation source: Authors
has example data: 468
has label source: YS1-Sz0°-S1L @de
has typical unit: MegaPA
has typical unit label: MPa
is based on: EngineeringStress

Shear Test
type: Class
label: Schertest @de
preflabel: Schertest @de
preflabel: Shear Test

Sheet thickness
type: Class
type: Concept
label: Blechstärke @de
label: SheetThickness
subclass of: ValueObject
altlabel: Blechdicke @de
altlabel: Blechstärke @de
preflabel: Blechstärke @de
preflabel: Sheet thickness
preflabel: SheetThickness
has label source: K-Item @de

Simulation
type: Class
preflabel: Simulation @de

Simulation Code
type: Class
label: Simulations Code @de
subclass of: Code
altlabel: Simulation program
altlabel: Simulationsprogramm @de
preflabel: Simulation Code
preflabel: Simulations Code @de

Simulation Workflow
type: Class
label: Simulationsablauf @de
subclass of: Workflow
preflabel: Simulation Workflow
preflabel: Simulationsablauf @de

SlipSystemNumber
description: "Anzahl an Gleitsystemen, die im Kristallplastizitätsmodell verwendet wird" [General Knowledge] @de
description: "Number of slip systems used in the crystal plasticity constitutive model" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Gleitsystemanzahl @de
altlabel: Slip system number
preflabel: SlipSystemNumber
has description citation source: General Knowledge @de
has label source: General Knowledge @de

SlopeElasticPartStressStrainCurve
description: "Slope of the elastic pasrt of the stress-strain curve: in the elastic pasrt of the stress-strain curve the value of the slope can closely agree with the value of the modulus of elasticity if optimal conditions are used (high resolution, double-sided averaging extensometers, proper alignment of the test piece, etc.)" [ISO 26203-2, 2011, 5]
description: "die Steigung des elastischen Teils der Spannungs-Dehnungs Kurve: die Steigung des elastischen Teils der Spannungs-Dehnungs-Kurve kann sehr nah mit dem Wert für das Elastizitätsmodul übereinstimmen, wenn optimale Bedingunge vorliegen (hohe Auflösung, doppelseitige Mittelung ders Extensometers, genaue Probenausrichtung, etc.)" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Steigung des elastischen Teils der Spannungs-Dehnungs-Kurve @de
altlabel: slope of the elastic part of the stress-strain curve
preflabel: SlopeElasticPartStressStrainCurve
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 5
has label source: Authors @de
has label source: ISO 26203-2, 2011, 4
has symbol: mE
has symbol latex: m_{E}
has typical unit: MegaPA
has typical unit label: MPa

software
description: "Software used for measurement and post-processing." [DIN EN ISO 16808:2022-08, 12]
description: "Software, die für die Versuchsdurchführung und Datenverarbeitung verwendet wurde." [DIN EN ISO 16808:2022-08, 12] @de
type: Class
type: Concept
label: Software
subclass of: ValueObject
altlabel: Programm @de
altlabel: Software @de
preflabel: Software @de
preflabel: software
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 12 @de

Solver
type: Class
comment: A software for solving compelex lin-diff equations, Like Abaqus or Lsdyna
altlabel: Gleichungslöser @de
preflabel: Solver @de

SpecificHeatCapacity
description: Specific heat capacity
type: Class
type: Concept
subclass of: ValueObject
altlabel: CP
preflabel: SpecificHeatCapacity
has example data: 0.49
has label source: LS-DYNA_Manual_Volume_2
has typical unit: J-Per-Gm-K
has typical unit label: J/(g*K)

SpecificPlasticWork
description: "Daten für die spezifische plastische Arbeit der durchgeführten Mikrostruktursimulation" [General Knowledge] @de
description: "Specific plastic work data of the microstructure simulation caried out" [General Knowledge]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Specific plastic work
altlabel: Spezifische plastische Arbeit @de
preflabel: SpecificPlasticWork
has description citation source: General Knowledge @de
has label source: General Knowledge @de

SpecificPlasticWorkValue
description: "Specific plastic work used for idenfication of a point on the yield surface" [General Knowledge]
description: "Spezifische plastische Arbeit, die zur Bestimmung des Punkts auf dem Fließort verwendet wurde" [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Specific plastic work value
altlabel: Wert der spezifische plastische Arbeit @de
preflabel: SpecificPlasticWorkValue
has description citation source: General Knowledge @de
has label source: General Knowledge @de

SpecimenCrossSection
description: Cross section of a specimen, used for example in tensile tests
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probenquerschnitt @de
altlabel: Specimen cross section
preflabel: SpecimenCrossSection

SpecimenWidth
description: "verbleibende Breite des Schnittteils" [DIN EN ISO 12004-2: 2021_07, 11] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Breite @de
altlabel: Width
preflabel: SpecimenWidth
has description citation source: DIN EN ISO 12004-2: 2021_07, 11 @de
has example data: 50
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 11
has label source: DIN EN ISO 12004-2: 2021_07, 12 @de
has symbol: B
has symbol: b
has symbol latex: B
has symbol latex: b
has typical unit: MilliM
has typical unit label: mm

Standard
type: Class
comment: Standard as described by ISO / DIN / etc
label: Norm @de
preflabel: Norm @de
preflabel: Standard

StandardDeviationOfTheSlope
description: "additional result of the linear regression which describes the difference of the stress values from the best fit line for the given extension values in the evaluation range" [DIN EN ISO 6892-1, 3.16]
description: "zusätzliches Ergebnis der linearen Regression, welches den Unterschied der Spannungswerte von der Ausgleichsgeraden für die gegebenen Extensometer-Dehnungswerte in dem untersuchten Bereich beschreibt" [DIN EN ISO 6892-1, 3.16] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Standardabweichung der Steigung @de
altlabel: standard deviation of the slope
preflabel: StandardDeviationOfTheSlope
has description citation source: DIN EN ISO 6892-1, 3.16 @de
has label source: DIN EN ISO 6892-1, 3.16 @de
has symbol: Sm
has symbol latex: S_m
has typical unit: MegaPA
has typical unit label: MPa

Steel
type: Class
type: Concept
label: Stahl @de
label: steel
subclass of: ValueObject
altlabel: Stahlsorte @de
preflabel: Stahl @de
preflabel: Steel
preflabel: steel
related: Grade
has example data: Dualphasenstahl
has label source: DIN EN 10346_2015 @de

StiffnessComponent
description: 11 component of stiffness matrix
description: 12 component of stiffness matrix
description: 44 component of stiffness matrix
type: Class
type: Concept
subclass of: ValueObject
altlabel: C_11
altlabel: C_12
altlabel: C_44
preflabel: StiffnessComponent
related: Hooke
has typical unit label: Pa

Strain
description: "extension expressed as a percentage of the extensometer gauge length" [DIN EN ISO 6892-1, 3.6.1]
description: "in Prozent angegebene Verlängerung der Extensometer-Messlänge" [DIN EN ISO 6892-1, 3.6.1] @de
type: Class
type: Concept
label: Dehnung @de
subclass of: ValueObject
altlabel: Extensometer-Dehnung @de
altlabel: percentage extension “strain”
preflabel: Dehnung @de
preflabel: Strain
has description citation source: DIN EN ISO 6892-1, 3.6.1 @de
has label source: DIN EN ISO 6892-1, 3.6.1 @de
has label source: ISO 26203-2, 2011, 4
has symbol: e
has symbol latex: e
has typical unit: PERCENT
has typical unit label: %

StrainRate
description: "Dehnrate, die für die Mikrostruktursimulation verwendet wurde" [General Knowledge] @de
description: "Strain rate used for the microstructure simulation" [General Knowledge]
description: "Zunahme der mit einem Extensometer in der Extensometer-Messlänge gemessenen Dehnung je Zeiteinheit" [DIN EN ISO 6892-1, 3.7.1] @de
description: "increase of strain, measured with an extensometer, in extensometer gauge length" [DIN EN ISO 6892-1, 3.7.1]
description: "strain rate either of the parallel length or of the gauge length/extensometer length (should be specified)" [Authors]
type: Class
type: Concept
comment: the rate at which a material deforms under applied stress. It is a measure of how quickly the material's shape or dimensions change in response to external forces, such as tension, compression, or shear. Strain rate is typically expressed in units of inverse time (e.g., s^-1 or min^-1).
subclass of: ValueObject
altlabel: Dehngeschwindigkeit @de
altlabel: Dehnrate @de
altlabel: Strain Rate
altlabel: Strain rate
altlabel: strain rate
preflabel: StrainRate
related: CrossheadSeparationRate
related: ParallelLength
related: PercentageExtension
related: Time
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.7.1 @de
has description citation source: General Knowledge @de
has example data: 0.001
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, 3.7.1 @de
has label source: General Knowledge @de
has symbol: eLe
has symbol latex: \dot{e}_{L_e}
has typical unit: PER-SEC
has typical unit label: 1/s
has typical unit label: s-1

StrainRateFormulationFlag
description: Flag which determines the treatment of strain rate to evaluate yielding: =-1.0: Cowper-Symonds with effective deviatoric rate rather than total =0.0: Scale yield stress (default) =1.0: Viscoplastic formulation =3.0: Same as VP = 0, but with filtered effective total strain rates
type: Class
type: Concept
subclass of: ValueObject
altlabel: VP
preflabel: StrainRateFormulationFlag
has example data: 0
has label source: LS-DYNA_Manual_Volume_2

StrainRateScaleIdendifier
description: Load curve Identifier defining strain rate scaling effect on yield stress.
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCSR
preflabel: StrainRateScaleIdendifier
has example data: 5
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

StrainRateScaleParameterC
description: Parameter C for strain rate approach for using the Cowper and Symonds model which scales the yield stress with the factor: 1+(epsDot/C)^(1/P)
type: Class
type: Concept
subclass of: ValueObject
altlabel: C
preflabel: StrainRateScaleParameterC
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

StrainRateScaleParameterP
description: Parameter P for strain rate approach for using the Cowper and Symonds model which scales the yield stress with the factor: 1+(epsDot/C)^(1/P)
type: Class
type: Concept
subclass of: ValueObject
altlabel: P
preflabel: StrainRateScaleParameterP
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

Stress
description: "Kraft zu einem beliebigen Zeitpunkt während des Versuchs dividiert durch den Anfangsquerschnitt der Probe" [DIN EN ISO 6892-1, 3.10] @de
description: "at any moment during the test, force divided by the original cross-sectional area, So, of the test piece" [DIN EN ISO 6892-1, 3.10]
type: Class
type: Concept
label: Spannung @de
subclass of: ValueObject
altlabel: Spannung @de
altlabel: stress
preflabel: Spannung @de
preflabel: Stress
has description citation source: DIN EN ISO 6892-1, 3.10 @de
has label source: DIN EN ISO 6892-1, 3.10 @de
has symbol: R
has symbol latex: R
has typical unit: MegaPA
has typical unit label: MPa

StressExponent n
type: Class
comment: DAMASK phenopower law parameter

StressRate
description: "Zunahme der Spannung je Zeiteinheit" [DIN EN ISO 6892-1, 3.7.4] @de
description: "increase of stress per time" [DIN EN ISO 6892-1, 3.7.4]
description: "stress rate" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Geschw. @de
altlabel: Spannungsgeschwindigkeit @de
altlabel: stress rate
preflabel: StressRate
related: EngineeringStress
related: Time
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.7.4 @de
has example data: 19.63
has label source: AFZ1-Fz-S1Q.xlm @de
has label source: DIN EN ISO 6892-1, 3.7.4 @de
has symbol: R
has symbol: dSig/dt
has symbol latex: \dot{R}
has symbol latex: dSig/dt
has typical unit label: MPa s -1
has typical unit label: MPa/s

strip
type: Class
label: Band @de
preflabel: Band @de
preflabel: strip

Supplier
type: Class
type: Concept
subclass of: ValueObject
altlabel: Hersteller @de
altlabel: Lieferant @de
altlabel: supplier
preflabel: Supplier
has example data: Zwick GmbH
has example data: voestalpine
has label source: standard definition specific @de

Umschaltpunkt
type: Class
preflabel: Umschaltpunkt @de

TangentYieldModulus
description: Slope of linear hardening, if noidentifier for hardening curve (LCSS>0) is prescibed
type: Class
type: Concept
subclass of: ValueObject
altlabel: ETAN
preflabel: TangentYieldModulus
has example data: 13000
has label source: LS-DYNA_Manual_Volume_2
has typical unit: MegaPA
has typical unit label: MPa

TargetClampingForce
type: Class
type: Concept
subclass of: ValueObject
altlabel: Klemmkraft (FC) @de
altlabel: Target Clamping force
preflabel: TargetClampingForce
has example data: 600
has label source: AFZ-BU-S1.TXT @de
has label source: deepl translator
has typical unit: KiloN
has typical unit label: kN

TaylorQuinneyCoefficient
description: Determines the fraction of plastic work converted into heat: <0…|BETA|->load curve for temperature dependend BETA >0…constant value is used
type: Class
type: Concept
subclass of: ValueObject
altlabel: BETA
preflabel: TaylorQuinneyCoefficient
has example data: 0.8
has label source: LS-DYNA_Manual_Volume_2
has typical unit: UNITLESS
has typical unit label: 1

TensileStrength
description: "Spannung, die der Höchstkraft entspricht" [DIN EN ISO 6892-1, 3.10.1] @de
description: "stress corresponding to the maximum force" [DIN EN ISO 6892-1, 3.10.1]
description: "tensile strength" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Rm
altlabel: Zugfestigkeit @de
altlabel: Zugfestigkeit Rm @de
altlabel: tensile strength
preflabel: TensileStrength
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1, 3.10.1 @de
has example data: 468
has example data: 496
has label source: AFZ1-Fz-S1Q.xlsx
has label source: DIN EN ISO 6892-1, 3.10.1 @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has symbol: R_{m}
has symbol: Rm
has symbol latex: R_m
has symbol latex: R_{m}
has typical unit: MegaPA
has typical unit label: MPa
is based on: EngineeringStress

Tensile Test
type: Class
label: Zugversuch @de
preflabel: Tensile Test
preflabel: Zugversuch @de
related: TensileTest

TensileTestingMachine
description: "Data of the machine used for the experiment." [Authors]
description: "Die Prüfmaschine sollte mit einer analogen Messwertausgabe, die nicht durch die Software beeinflusst wird, ausgerüstet sein. Ist eine solche Ausgabe nicht vorgesehen, sollten digitale Rohdaten ausgegeben werden können. Der Prüfmaschinenhersteller sollte Auskunft über die Erzeugung der digitalen Rohdaten und ihre Verarbeitung durch die Software geben. Die Rohdaten sollten in SI-Einheiten angegeben werden und sich auf die Kraft, die Verlängerung (der Extensometer-Messlänge), den Traversenweg, die Zeit und die Probenmaße beziehen. Ein Beispiel eines geeigneten Datenformats ist in Bild A.1 dargestellt." [DIN EN ISO 6892-1] @de
description: "The machine should be designed in order to provide outputs giving analogue signals untreated by the software" [DIN EN ISO 6892-1, A.2.1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Machine Type
altlabel: Prüfmaschine @de
altlabel: Zugprüfmaschine @de
altlabel: tensile testing machine
preflabel: TensileTestingMachine
related: Machine
has description citation source: Authors
has description citation source: DIN EN ISO 6892-1 @de
has description citation source: DIN EN ISO 6892-1, A.2.1
has example data: Instron 5985
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: DIN EN ISO 6892-1, A.2.1 @de

Test
type: Class
comment: like Tensile Test etc, maybe an experiment
preflabel: Test @de

TestDirection
description: "die Orientierung der Proben muss die Richtung der geringsten Grenzformänderung sein (Stahl Aussparungsrichtung quer zur WR, Aluminium Aussparungsrichtung längs zur WR)" [DIN EN ISO 12004-2: 2021_07, 5] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Prüfrichtung @de
altlabel: test direction
altlabel: testing direction
preflabel: TestDirection
has description citation source: DIN EN ISO 12004-2: 2021_07, 5 @de
has example data: quer
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 13 @de
has label source: DIN EN ISO 12004-2: 2021_07, 5

Test piece
type: Class
type: Concept
comment: Something that a test is perfomed on
label: Probe @de
label: TestPiece
subclass of: ValueObject
altlabel: specimen
altlabel: Probe @de
altlabel: sample
altlabel: test piece
preflabel: Probe @de
preflabel: Test piece
preflabel: TestPiece
has label source: DIN EN ISO 6892-1, Tabelle 1 @de
has label source: DIN EN ISO 6892-1, Table 1

TestPieceComposition
description: Test Piece Composition
type: Class
type: Concept
subclass of: ValueObject
altlabel: Test Piece Composition
preflabel: TestPieceComposition

TestPieceGeometry
description: "The specimen geometry including nominal dimensions" [Authors]
description: "The type of the specimen." [Authors]
description: "die Probengeometrie incl. Sollabmessungen" [Authors] @de
type: Class
type: Concept
comment: The type of the specimen.
subclass of: ValueObject
altlabel: Probenform @de
altlabel: Probengeometrie @de
altlabel: Probentyp @de
altlabel: Specimen Type
altlabel: Specimen type
altlabel: Test piece geometry
preflabel: TestPieceGeometry
related: SampleType
related: TestStandard
has description citation source: Authors @de
has example data: Crashbox
has example data: FZ2 (L0=80_b0=20_R20)
has example data: Flach-Zug
has example data: FzA20
has example data: Nakajima Specimen
has example data: Notched Flat tensile Specimen
has example data: Sz0°
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q
has label source: AFZ1-ST-D1
has label source: DIN EN ISO 12004-2: 2021_07, 11 @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has label source: deepl translator

TestPieceIdentifier
description: Test Piece Identifier
type: Class
type: Concept
subclass of: ValueObject
altlabel: Test Piece Identifier
preflabel: TestPieceIdentifier

TestPieceLength
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probengesamtlänge Lt @de
altlabel: Test piece length
preflabel: TestPieceLength
related: TestPieceGeometry
has label source: YS1-Fz-D1Q @de
has symbol: L_{t}
has typical unit: MilliM
has typical unit label: mm

TestPiecePreparation
description: Test Piece Preparation
type: Class
type: Concept
subclass of: ValueObject
altlabel: Test Piece Preparation
preflabel: TestPiecePreparation

TestPieceProcessing
description: Test Piece Processing
type: Class
type: Concept
subclass of: ValueObject
altlabel: Test Piece Processing
preflabel: TestPieceProcessing

TestPieceProducer
description: Test Piece Producer
type: Class
type: Concept
subclass of: ValueObject
altlabel: Test Piece Producer
preflabel: TestPieceProducer

TestPieceThickness
description: Test Piece Thickness
type: Class
type: Concept
subclass of: ValueObject
altlabel: Test Piece Thickness
preflabel: TestPieceThickness

TestStandard
description: "Test Standard unter dem der hydraulische Tiefungsversuch durchgeführt wurde." [Authors] @de
description: "Test Standard unter dem der hydraulische Tiefungsversuch durchgeführt wurde." [wes] @de
description: "Test standard to which the test is referred" [Authors]
description: "The norm according to which the experiment was conducted." [Authors]
type: Class
type: Concept
comment: The norm according to which the experiment was conducted.
subclass of: ValueObject
altlabel: Prüfnorm @de
altlabel: Test Standard @de
altlabel: Test standard
altlabel: Testing Standard
preflabel: TestStandard
has description citation source: Authors @de
has description citation source: wes @de
has example data: DIN EN ISO 12004-2
has example data: DIN EN ISO 16808
has example data: DIN EN ISO 6892-1
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-NZ50-25-D1Q @de
has label source: Authors @de
has label source: DIN EN ISO 12004-2: 2021_07, 8
has label source: DIN EN ISO 16808:2022-08, 12

TestTemperatur
type: Class
type: Concept
subclass of: ValueObject
altlabel: Prüftemperatur @de
altlabel: temperature
preflabel: TestTemperatur
has description citation source: Authors
has example data: RT
has label source: YS1-Fz-D1Q @de

TestTemperature
description: "Prüftemperatur" [DIN EN ISO 12004-2: 2021_07, 5] @de
description: "The initial test temperature during the experiment (neglecting adiabatic heating)" [Authors]
description: "The temperature during the experiment." [Authors]
description: "Versuche unter kontrollierten Bedingungen müssen bei einer Temperatur von (23 ± 5) °C durchgeführt werden." [DIN EN ISO 6892-1] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Prüftemperatur @de
altlabel: Temperatur @de
altlabel: Temperature
altlabel: test temperature
preflabel: TestTemperature
has description citation source: Authors
has description citation source: DIN EN ISO 12004-2: 2021_07, 5 @de
has description citation source: DIN EN ISO 6892-1 @de
has example data: 22
has example data: 25
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q
has label source: DIN EN ISO 12004-2: 2021_07, 13 @de
has label source: DIN EN ISO 12004-2: 2021_07, 5
has label source: DIN EN ISO 6892-1, 5 @de
has label source: DIN EN ISO 6892-1, K.4
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: T
has symbol latex: T
has typical unit: DEG C
has typical unit label: °C

TestTime
description: "Duration from beginning of test to moment of fracture initiation" [ISO 26203-2, 2011, 4]
description: "Zeit zwischen Versuchsbeginn und Zeitpunkt der Bruchinitiierung" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Versuchszeit @de
altlabel: test time
preflabel: TestTime
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: Authors @de
has label source: Standard definition specific
has symbol: tf
has symbol latex: t_{f]
has typical unit: SEC
has typical unit label: s

Tester
description: "The name or ID of the person who conducted the experiment." [Authors]
type: Class
type: Concept
comment: The name or ID of the person who conducted the experiment.
subclass of: ValueObject
altlabel: Prüfer @de
preflabel: Tester
has description citation source: Authors
has example data: Kürzel
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de

TestingDirection
description: "testing direction related to the rolling direction" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Orientierung @de
altlabel: testing direction
preflabel: TestingDirection
related: RollingDirection
has description citation source: Authors
has example data: quer
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: YS1-Sz0°-S1L @de

TestingFacility
description: "Facility that conducted the experiment." [Authors]
type: Class
type: Concept
comment: Facility that conducted the experiment.
subclass of: ValueObject
altlabel: Organization
altlabel: Pruefinstitut @de
altlabel: Prüfinstitut @de
altlabel: Testing facility
altlabel: testing facility
preflabel: TestingFacility
has description citation source: Authors
has example data: Fraunhofer IWM
has label source: AFZ-BU-S1.TXT @de
has label source: K-Item
has label source: deepl translator

Testing machine
type: Class
comment: A machine pervorming an experimental test
label: Prüfmaschine @de
preflabel: Prüfmaschine @de
preflabel: Testing machine

TestingMachineUncertainty
description: Testing Machine Uncertainty
type: Class
type: Concept
subclass of: ValueObject
altlabel: Testing Machine Uncertainty
preflabel: TestingMachineUncertainty
has typical unit: UNITLESS
has typical unit label: 1

TestingRate
description: "während des Versuchs verwendete Geschwindigkeit(en) als Oberbegriff" [DIN EN ISO 6892-1, 3.7] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Prüfgeschwindigkeit @de
altlabel: Testing rate
preflabel: TestingRate
has description citation source: DIN EN ISO 6892-1, 10.3
has description citation source: DIN EN ISO 6892-1, 3.7 @de
has label source: DIN EN ISO 6892-1, 10.3
has label source: DIN EN ISO 6892-1, 3.7 @de

Prüfgeschwindigkeit
type: Class
comment: Prüfgeschwindigkeit nach Umschaltpunkt
preflabel: Prüfgeschwindigkeit @de

Texture
description: "Textur des Mikrostrukturmodells, wird durch drei Eulerwinkel definiert" [General Knowledge] @de
description: "Texture of the microstructure model defined by three euler angles" [General Knowledge]
type: Class
type: Concept
label: Textur @de
subclass of: ValueObject
altlabel: Oberflächenbeschaffenheit @de
altlabel: Textur @de
altlabel: Texture
preflabel: Textur @de
preflabel: Texture
has description citation source: General Knowledge @de
has label source: General Knowledge @de

ThicknessAfterFracture1
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probendicke A1 nach Bruch @de
preflabel: ThicknessAfterFracture1
related: ThicknessAfterFracture2
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: YS1-Sz0°-S1L @de
has typical unit: MilliM
has typical unit label: mm

ThicknessAfterFracture2
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probendicke A2 nach Bruch @de
preflabel: ThicknessAfterFracture2
related: ThicknessAfterFracture1
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: YS1-Sz0°-S1L @de
has typical unit: MilliM
has typical unit label: mm

Time
description: "0.694" [The time when the data point is recorded in relation to the start. ]
description: "Recorded time during the hydraulic bulge test." [Authors]
description: "Recorded time during the hydraulic bulge test." [wes]
description: "The time when the data point is recorded in relation to the start. " [Authors]
description: "Zeit während des hydraulischen Tiefungsversuchs." [Authors] @de
description: "Zeit während des hydraulischen Tiefungsversuchs." [wes] @de
description: Authors
type: Class
type: Concept
subclass of: ValueObject
altlabel: Prüfzeit @de
altlabel: Time
altlabel: Zeit @de
altlabel: time
preflabel: Time
has description citation source: Authors @de
has description citation source: The time when the data point is recorded in relation to the start.
has description citation source: wes @de
has example data: 0.05
has example data: 0.694
has example data: s
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q
has label source: AFZ1-ST-D1
has label source: Authors @de
has label source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 6892-1, Abb. 9 @de
has label source: DIN EN ISO 6892-1, Fig. 9
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: ISO 26203-2, 2011, 4
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has symbol: t
has symbol latex: t
has typical unit: SEC
has typical unit label: s

TimeDependentEngineeringStrainRate
description: "time-dependent engineering strain rate = de(t)/dt" [ISO 26203-2, 2011, 4]
description: "zeitabhängige technische Dehnrate = de(t)/dt" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dehnrate @de
altlabel: Time-dependent engineering strain rate
altlabel: time dependent engineering strain rate
altlabel: zeitabhängige technische Dehnrate @de
preflabel: TimeDependentEngineeringStrainRate
related: StrainRate
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 0.019
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has label source: YS1-Fz-D1Q @de
has symbol: e(t)
has symbol latex: \dot{e(t)}
has typical unit: PER-SEC
has typical unit label: s-1
is based on: Extension
is based on: ExtensometerGaugeLength
is based on: Time

time increment step
type: Class
preflabel: time increment step

Time series
type: Class
label: Zeitreihe @de
preflabel: Time series
preflabel: Zeitreihe @de

Time series simulation
type: Class
comment: A Simulation that return a time Series
label: Zeitreihensimulation @de
preflabel: Time series simulation
preflabel: Zeitreihensimulation @de

TimeStamp
description: "Date and time when the experiment was conducted." [Authors]
description: "Date when the experiment was conducted." [Authors]
description: Date and time when the experiment was conducted.
type: Class
type: Concept
comment: Date when the experiment was conducted.
subclass of: ValueObject
altlabel: Date
altlabel: Date/Time
altlabel: Datum @de
altlabel: Datum/Uhrzeit @de
preflabel: TimeStamp
has description citation source: Authors
has example data: 11.03.2016
has example data: 13/06/2016
has example data: 42654
has example data: 45093.6
has label source: AFZ-BU-S1.TXT @de
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: AFZ1-NZ50-25-D1Q
has label source: AFZ1-ST-D1
has label source: YS1-Fz-D1Q @de
has label source: YS1-FzR4-S1Q @de
has label source: YS1-Sz0°-S1L @de
has label source: deepl translator

TotalAverageDiameter
description: Total Average Diameter
type: Class
type: Concept
subclass of: ValueObject
altlabel: Total Average Diameter
preflabel: TotalAverageDiameter
has typical unit: MilliM
has typical unit label: mm

Total Elongation
type: Class
label: Bruchdehnung @de
preflabel: Bruchdehnung @de
preflabel: Total Elongation

TotalEngineeringStrain
description: "gesamte (elastische und plastische) technische Dehnung" [Authors] @de
description: "total engineering strain " [ISO 26203-2, 2011, 4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: gesamte technische Dehnung @de
altlabel: total engineering strain
preflabel: TotalEngineeringStrain
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has symbol: et
has symbol latex: e_{t}
has typical unit: PERCENT
has typical unit label: %

TotalLength
description: "Gesamtlänge der Probe" [DIN EN ISO 6892-1, Tabelle 1] @de
description: "total length of test piece" [DIN EN ISO 6892-1, Table 1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Gesamtlänge der Probe @de
altlabel: total length
preflabel: TotalLength
has description citation source: DIN EN ISO 6892-1, Tabelle 1 @de
has description citation source: DIN EN ISO 6892-1, Table 1
has label source: DIN EN ISO 6892-1, Tabelle 1 @de
has label source: DIN EN ISO 6892-1, Table 1
has symbol: Lt
has symbol latex: L_t
has typical unit: MilliM
has typical unit label: mm

TransitionRadius
description: "transition radius between parallel part and clamping part of the test piece" [Authors]
description: "Übergangsradius zwischewn dem Parallelen Bereich und dem Kopfbereich der Probe" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: transition radius
altlabel: Übergangsradius @de
preflabel: TransitionRadius
has description citation source: Authors @de
has label source: ISO 26203-2, 2011, 4
has label source: Linguee @de
has symbol: r
has symbol latex: r
has typical unit: MilliM
has typical unit label: mm

Wahre elastische Dehnung
type: Class
preflabel: Wahre elastische Dehnung @de

TrueFractureStrain
type: Class
type: Concept
subclass of: ValueObject
altlabel: Epsilon True Frac
preflabel: TrueFractureStrain
has label source: AFZ1-Fz-S1Q.xlsx
is based on: True Strain

TrueFractureStress
type: Class
type: Concept
subclass of: ValueObject
altlabel: Sigma True Frac
preflabel: TrueFractureStress
has label source: AFZ1-Fz-S1Q.xlsx
has typical unit: MegaPA
has typical unit label: MPa
is based on: True Stress

TruePlasticStrain
description: "true plastic strain" [ISO 26203-2, 2011, 4]
description: "wahre plastische Dehnung" [Authors] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: true plastic strain
altlabel: wahre plastische Dehnung @de
preflabel: TruePlasticStrain
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has typical unit: UNITLESS
has typical unit label: 1

TruePlasticStrainAtFracture
description: "true plastic strain at fracture" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: True plastic strain at fracture
altlabel: wahre Bruchdehnung @de
preflabel: TruePlasticStrainAtFracture
has description citation source: Authors
has example data: 151.3
has label source: YS1-Fz-D1Q @de
has symbol: e_{w Bruch}
has typical unit: PERCENT
has typical unit label: %
is based on: MinimumCrosssectionAfterFracture
is based on: OriginalCrosssection

TruePlasticThicknessStrain
description: "Plastischer Anteil des Umformgrads in Dickenrichtung ermittelt mit Hilfe des hydraulischen Tiefungsversuchs." [DIN EN ISO 16808:2022-08, 12] @de
description: "True plastic thickness strain received from post-processing the hydraulic bulge test." [DIN EN ISO 16808:2022-08, 12]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Plastischer Anteil des Umformgrads in Dickenrichtung @de
altlabel: True plastic thickness strain
preflabel: TruePlasticThicknessStrain
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: ε_3^pl
has symbol latex: ε_3^pl

True Strain
description: "true strain" [Authors]
type: Class
type: Concept
label: TrueStrain
label: wahre Dehnung @de
subclass of: ValueObject
altlabel: Epsilon True
preflabel: True Strain
preflabel: TrueStrain
preflabel: wahre Dehnung @de
has description citation source: Authors
has example data: 0.004
has label source: AFZ1-Fz-S1Q.xlsx
has symbol: epsw(dL)
has symbol latex: epsw(dL)
has typical unit: UNITLESS
has typical unit label: 1
is based on: PercentageExtension

True Stress
description: "true stress" [ISO 26203-2, 2011, 4]
description: "wahre Spannung" [Authors] @de
type: Class
type: Concept
label: TrueStress
label: wahre Spannung @de
subclass of: ValueObject
altlabel: Sigma True
altlabel: Sigw(dL) @de
altlabel: true stress
altlabel: wahre Spannung @de
preflabel: True Stress
preflabel: TrueStress
preflabel: wahre Spannung @de
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has example data: 9752
has label source: AFZ1-Fz-S1Q.xlsx
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has label source: YS1-Fz-D1Q @de
has symbol: Sigw
has symbol latex: Sig{w}
has typical unit: MegaPA
has typical unit label: MPa
is based on: EngineeringStress
is based on: PercentageExtension

TrueStressAtFracture
description: "true stress at fracture" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: True stress at fracture
altlabel: wahre Bruchspannung @de
preflabel: TrueStressAtFracture
has description citation source: Authors
has example data: 1526
has label source: YS1-Fz-D1Q @de
has symbol: Sig_{w Bruch}
has typical unit: MegaPA
has typical unit label: MPa
is based on: ForceAtFracture
is based on: MinimumCrosssectionAfterFracture

TrueThicknessStrain
description: "True thickness strain received from post-processing the hydraulic bulge test." [DIN EN ISO 16808:2022-08, 12]
description: "Umformgrad in Dickenrichtung ermittelt mit Hilfe des hydraulischen Tiefungsversuchs." [DIN EN ISO 16808:2022-08, 12] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Dickenformänderung @de
altlabel: True thickness strain
altlabel: Umformgrad in Dickenrichtung @de
altlabel: true thickness strain
preflabel: TrueThicknessStrain
has description citation source: DIN EN ISO 16808:2022-08, 12 @de
has label source: DIN EN ISO 12004-2: 2021_07, 8 @de
has label source: DIN EN ISO 16808:2022-08, 4 @de
has symbol: ε_3
has symbol latex: \epsilon_3
has symbol latex: ε_3

TrueTotalStrain
description: "gesamte wahre Dehnung" [Authors] @de
description: "true total strain " [ISO 26203-2, 2011, 4]
type: Class
type: Concept
subclass of: ValueObject
altlabel: gesamte wahre Dehnung @de
altlabel: true total strain
preflabel: TrueTotalStrain
has description citation source: Authors @de
has description citation source: ISO 26203-2, 2011, 4
has label source: ISO 26203-2, 2011, 4
has label source: Standard definition specific @de
has typical unit: UNITLESS
has typical unit label: 1

TrueWidthStrain
description: "true strain in width direction" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: e-wBreite @de
preflabel: TrueWidthStrain
has description citation source: Authors
has example data: 0.005
has label source: AFZ1-Fz-S1Q.xlm @de
has symbol: eps-wBreite
has symbol latex: eps-wBreite
has typical unit: UNITLESS
has typical unit label: 1
is based on: WidthStrain

Ultimate Tensile Strength
type: Class
label: Zugfestigkeit @de
preflabel: Ultimate Tensile Strength
preflabel: Zugfestigkeit @de

Uniform Elongation
type: Class
label: Gleichmassdehnung @de
preflabel: Gleichmassdehnung @de
preflabel: Uniform Elongation

Unusual crash test
type: Class
comment: Crashtestresults that differ from simulations
label: Ungewöhnlicher Crashtest @de
preflabel: Ungewöhnlicher Crashtest @de
preflabel: Unusual crash test

Unusual result
type: Class
comment: Exeriment result that differs from a given simulation result, or the other way round.
label: Ungewöhnliches Ergebnis @de
altlabel: Unerwarteter Ausgang @de
preflabel: Ungewöhnliches Ergebnis @de
preflabel: Unusual result

UpperYieldStrength
description: "höchste Spannung, bevor der erste Kraftabfall auftritt" [DIN EN ISO 6892-1, 3.10.2.1] @de
description: "maximum value of stress prior to the first decrease in force" [DIN EN ISO 6892-1, 3.10.2.1]
type: Class
type: Concept
subclass of: ValueObject
altlabel: obere Streckgrenze @de
altlabel: upper yield strength
preflabel: UpperYieldStrength
has description citation source: DIN EN ISO 6892-1, 3.10.2.1 @de
has label source: DIN EN ISO 6892-1, 3.10.2.1 @de
has symbol: ReH
has symbol latex: R_{eH}
has typical unit: MegaPA
has typical unit label: MPa

User
description: "Person performed the post-processing of the EBSD data." [General Knowledge]
description: "Person, die die EBSD-Messung ausgewertet hat." [General Knowledge] @de
type: Class
type: Concept
subclass of: ValueObject
altlabel: Benutzer @de
altlabel: User
preflabel: User
has description citation source: General Knowledge @de
has label source: General Knowledge @de

Validation
type: Class
label: Validierung @de
altlabel: Gültigkeitserklärung @de
altlabel: Nachweis @de
preflabel: Validation
preflabel: Validierung @de

Width
description: "width of the extensometer gauge length in thickness direction" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: B @de
preflabel: Width
has description citation source: Authors
has example data: 4647
has label source: AFZ1-Fz-101Q.xlm @de
has symbol: B
has symbol latex: B
has typical unit: MilliM
has typical unit label: mm

WidthAfterFracture1
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probenbreite B1 nach Bruch @de
preflabel: WidthAfterFracture1
related: WidthAfterFracture2
has label source: AFZ1-Fz-S1Q.xlsx @de
has typical unit: MilliM
has typical unit label: mm

WidthAfterFracture2
type: Class
type: Concept
subclass of: ValueObject
altlabel: Probenbreite B2 nach Bruch @de
preflabel: WidthAfterFracture2
related: WidthAfterFracture1
has label source: AFZ1-Fz-S1Q.xlsx @de
has typical unit: MilliM
has typical unit label: mm

WidthChange
description: "Change of the sample width." [Authors]
description: "change of width of the extensometer gauge length" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Breitenänderung @de
altlabel: Width change
altlabel: dB @de
preflabel: WidthChange
has description citation source: Authors
has example data: 0.001
has example data: 1.14004e-06
has label source: AFZ1-Fz-S1Q.xlsx @de
has label source: DX56_D_FZ2_WR00_43.TXT @de
has label source: deepl translator
has typical unit: MilliM
has typical unit label: mm
is based on: Width

WidthStrain
description: "engineering strain in width direction" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: e-Breite @de
preflabel: WidthStrain
has description citation source: Authors
has example data: 0.003
has label source: AFZ1-Fz-S1Q.xlm @de
has symbol: eps-Breite
has symbol latex: eps-Breite
has typical unit: UNITLESS
has typical unit label: 1
is based on: OriginalWidth
is based on: WidthChange

Work
description: "deformation work" [Authors]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Work
preflabel: Work
has description citation source: Authors
has label source: AFZ1-ST-D1
has typical unit: KiloJ
has typical unit label: kJ

Workflow
type: Class
label: Arbeitsablauf @de
preflabel: Arbeitsablauf @de
preflabel: Workflow

Workflow step
type: Class
comment: a part of a workflow
label: Arbeitsschritt @de
preflabel: Arbeitsschritt @de
preflabel: Workflow step

YieldForce_0.2Percentage
type: Class
type: Concept
subclass of: ValueObject
altlabel: Fp0.2 @de
preflabel: YieldForce_0.2Percentage
has example data: 5947
has label source: AFZ1-Fz-S1Q.xlm @de
has symbol: Fp02
has symbol latex: F_{p02}
has typical unit: KiloN
has typical unit label: kN
is based on: Force
is based on: ModulusOfElasticity
is based on: PercentageExtension

YieldStrength
description: "wenn der metallische Werkstoff diese Eigenschaft aufweist, die Spannung zu einem bestimmten Zeitpunkt während des Versuchs bei dem eine plastische Verformung ohne Zunahme der Kraft auftritt" [DIN EN ISO 6892-1, 3.10.2] @de
description: "when the metallic material exhibits a yield phenomenon, stress corresponding to the point reached during the test at which plastic deformation occurs without any increase in the force" [DIN EN ISO 6892-1, 3.10.2]
type: Class
type: Concept
subclass of: ValueObject
altlabel: Streckgrenze @de
altlabel: yield strength
preflabel: YieldStrength
has description citation source: DIN EN ISO 6892-1, 3.10.2 @de
has label source: DIN EN ISO 6892-1, 3.10.2 @de
has typical unit: MegaPA
has typical unit label: MPa

Yield Stress
description: Initial yield stress, if noidentifier for hardening curve (LCSS>0) is prescibed
type: Class
type: Concept
label: Fließspannung @de
label: YieldStress
subclass of: ValueObject
altlabel: SIGY
preflabel: Fließspannung @de
preflabel: Yield Stress
preflabel: YieldStress
has example data: 290
has label source: LS-DYNA_Manual_Volume_2
has typical unit: MegaPA
has typical unit label: MPa

Yield surface
type: Class
label: Ertragsfläche @de
preflabel: Ertragsfläche @de
preflabel: Yield surface

YieldingIdentifier
description: Identifier which relates the Load Curve to descibe the yield stress as a function of effective plastic strain. Identifier which relates the Table to descibe the yield stress by using different Load Curves as a function of effective plastic strain and the strain rate (each load curve is related to an individual stain rate)
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCK1
altlabel: LCSS
preflabel: YieldingIdentifier
has example data: 1
has example data: 7
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

YieldingIdentifierIsoThermal
description: Table ID defining for each temperature value a load curve ID giving the (quasi-static) effective stress versus effective plastic strain for that temperature
type: Class
type: Concept
subclass of: ValueObject
altlabel: LCKT
preflabel: YieldingIdentifierIsoThermal
has example data: 3
has label source: LS-DYNA_Manual_Volume_2
has typical unit label: -

Young's modulus
description: Linear Elastic Modulus to determine the linear elasticity
type: Class
type: Concept
comment: Modulus of elasticity
label: YoungsModulus
subclass of: ValueObject
altlabel: E
preflabel: Young's modulus
preflabel: YoungsModulus
has example data: 210000
has label source: LS-DYNA_Manual_Volume_2
has typical unit: MegaPA
has typical unit label: MPa

version
description: exact version of a code
type: DatatypeProperty
domain: Code
range: string
preflabel: version

contact length
type: Class
label: gedrückte Länge @de
preflabel: contact length
preflabel: gedrückte Länge @de

draught
type: Class
label: Höhenabnahme pro Stich @de
altlabel: Stichabnahme @de
altlabel: height reduction
preflabel: Höhenabnahme pro Stich @de
preflabel: draught

environment
type: DatatypeProperty
domain: Workflow
preflabel: environment

executedBy
type: DatatypeProperty
domain: Workflow
preflabel: executedBy

has AbsoluteCrossheadTravel
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasAbsoluteCrossheadTravel
type: Property
type: ObjectProperty
range: AbsoluteCrossheadTravel
preflabel: hasAbsoluteCrossheadTravel

has AmplitudeFile
type: Property
type: DatatypeProperty

hasAmplitudeFile
type: Property
type: ObjectProperty
range: AmplitudeFile
preflabel: hasAmplitudeFile

has AnisotropicYieldFunction
type: Property
type: DatatypeProperty

has AnisotropicYieldFunctionParameters
type: Property
type: DatatypeProperty

hasAnisotropicYieldFunctionParameters
type: Property
type: ObjectProperty
range: AnisotropicYieldFunctionParameters
preflabel: hasAnisotropicYieldFunctionParameters

hasAnisotropicYieldFunction
type: Property
type: ObjectProperty
range: AnisotropicYieldFunction
preflabel: hasAnisotropicYieldFunction

has BatchNumber
type: Property
type: DatatypeProperty

hasBatchNumber
type: Property
type: ObjectProperty
range: BatchNumber
preflabel: hasBatchNumber

has BiaxialStress
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasBiaxialStress
type: Property
type: ObjectProperty
range: BiaxialStress
preflabel: hasBiaxialStress

has BlankHolderForce
type: Property
type: DatatypeProperty
has unit: KiloN
has unit label: kN

hasBlankHolderForce
type: Property
type: ObjectProperty
range: BlankHolderForce
preflabel: hasBlankHolderForce

has BoundaryFile
type: Property
type: DatatypeProperty

hasBoundaryFile
type: Property
type: ObjectProperty
range: BoundaryFile
preflabel: hasBoundaryFile

has BrinellHardnessAverage
type: Property
type: DatatypeProperty
has unit: HBW
has unit label: HBW

hasBrinellHardnessAverage
type: Property
type: ObjectProperty
range: BrinellHardnessAverage
preflabel: hasBrinellHardnessAverage

has BrinellHardnessCRMAverage
type: Property
type: DatatypeProperty
has unit: HBW
has unit label: HBW

hasBrinellHardnessCRMAverage
type: Property
type: ObjectProperty
range: BrinellHardnessCRMAverage
preflabel: hasBrinellHardnessCRMAverage

has BrinellHardnessCRMStandardDeviation
type: Property
type: DatatypeProperty
has unit: HBW
has unit label: HBW

hasBrinellHardnessCRMStandardDeviation
type: Property
type: ObjectProperty
range: BrinellHardnessCRMStandardDeviation
preflabel: hasBrinellHardnessCRMStandardDeviation

has BrinellHardnessStandardDeviation
type: Property
type: DatatypeProperty
has unit: HBW
has unit label: HBW

hasBrinellHardnessStandardDeviation
type: Property
type: ObjectProperty
range: BrinellHardnessStandardDeviation
preflabel: hasBrinellHardnessStandardDeviation

has BrinellHardnessUncertainty
type: Property
type: DatatypeProperty
has unit: HBW
has unit label: HBW

hasBrinellHardnessUncertainty
type: Property
type: ObjectProperty
range: BrinellHardnessUncertainty
preflabel: hasBrinellHardnessUncertainty

has BrinellHardness
type: Property
type: DatatypeProperty
has unit: HBW
has unit label: HBW

hasBrinellHardness
type: Property
type: ObjectProperty
range: BrinellHardness
preflabel: hasBrinellHardness

hasCRMUncertainty
type: Property
type: ObjectProperty
range: CRMUncertainty
preflabel: hasCRMUncertainty

has CRMUncertainty
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has CalibrationComponents
type: Property
type: DatatypeProperty

hasCalibrationComponents
type: Property
type: ObjectProperty
range: CalibrationComponents
preflabel: hasCalibrationComponents

has CalibrationStatus
type: Property
type: DatatypeProperty

hasCalibrationStatus
type: Property
type: ObjectProperty
range: CalibrationStatus
preflabel: hasCalibrationStatus

has CameraSystem
type: Property
type: DatatypeProperty

hasCameraSystem
type: Property
type: ObjectProperty
range: CameraSystem
preflabel: hasCameraSystem

hasCharacteristicEngineeringStrainRate
type: Property
type: ObjectProperty
range: CharacteristicEngineeringStrainRate
preflabel: hasCharacteristicEngineeringStrainRate

has CharacteristicEngineeringStrainRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: s-1

has Clamping
type: Property
type: DatatypeProperty

has ClampingForce
type: Property
type: DatatypeProperty
has unit: http://qudt.org/vocab/unit/N
has unit label: N

hasClampingForce
type: Property
type: ObjectProperty
range: ClampingForce
preflabel: hasClampingForce

hasClamping
type: Property
type: ObjectProperty
range: Clamping
preflabel: hasClamping

hasCoefficientOfCorrelation
type: Property
type: ObjectProperty
range: CoefficientOfCorrelation
preflabel: hasCoefficientOfCorrelation

has CoefficientOfCorrelation
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: -

has ComplexPhaseSteel
type: Property
type: DatatypeProperty

hasComplexPhaseSteel
type: Property
type: ObjectProperty
range: ComplexPhaseSteel
preflabel: hasComplexPhaseSteel

has Composition
type: Property
type: DatatypeProperty

hasComposition
type: Property
type: ObjectProperty
range: Composition
preflabel: hasComposition

has ComputerControlledTensileTestingMachine
type: Property
type: DatatypeProperty

hasComputerControlledTensileTestingMachine
type: Property
type: ObjectProperty
range: ComputerControlledTensileTestingMachine
preflabel: hasComputerControlledTensileTestingMachine

hasCrossHardeningParameter
type: ObjectProperty
range: CrossHardeningParameter
preflabel: hasCrossHardeningParameter

has CrossHardeningParameter
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has CrossheadDisplacement
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasCrossheadDisplacement
type: Property
type: ObjectProperty
range: CrossheadDisplacement
preflabel: hasCrossheadDisplacement

has CrossheadSeparationRate
type: Property
type: DatatypeProperty
has unit: MilliM-PER-SEC
has unit label: mm s -1
has unit label: mm/s

hasCrossheadSeparationRate
type: Property
type: ObjectProperty
range: CrossheadSeparationRate
preflabel: hasCrossheadSeparationRate

has CrystalPlasticityConstitutiveModel
type: Property
type: DatatypeProperty

hasCrystalPlasticityConstitutiveModel
type: Property
type: ObjectProperty
range: CrystalPlasticityConstitutiveModel
preflabel: hasCrystalPlasticityConstitutiveModel

has CrystalPlasticityParameterFile
type: Property
type: DatatypeProperty

hasCrystalPlasticityParameterFile
type: Property
type: ObjectProperty
range: CrystalPlasticityParameterFile
preflabel: hasCrystalPlasticityParameterFile

has DX56D
type: Property
type: DatatypeProperty

hasDX56D
type: Property
type: ObjectProperty
range: DX56D
preflabel: hasDX56D

hasDamageExponent
type: ObjectProperty
range: DamageExponent
preflabel: hasDamageExponent

has DamageExponent
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasDamageThreshold
type: ObjectProperty
range: DamageThreshold
preflabel: hasDamageThreshold

has DamageThreshold
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasDamageTreatment
type: ObjectProperty
range: DamageTreatment
preflabel: hasDamageTreatment

has DamageTreatment
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has DataSamplingFrequency
type: Property
type: DatatypeProperty

hasDataSamplingFrequency
type: Property
type: ObjectProperty
range: DataSamplingFrequency
preflabel: hasDataSamplingFrequency

has DefaultValue
type: Property
type: DatatypeProperty

hasDefaultValue
type: Property
type: ObjectProperty
range: DefaultValue
preflabel: hasDefaultValue

has DeliveryDate
type: Property
type: DatatypeProperty

hasDeliveryDate
type: Property
type: ObjectProperty
range: DeliveryDate
preflabel: hasDeliveryDate

has description citation source
description: When a description of a resource is a citation, this attribute can be used to mark it as citation and give the source for the citation. The language tag denotes the language of the citation this source is for.
type: DatatypeProperty
preflabel: has description citation source

has DiameterAfterFracture1
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasDiameterAfterFracture1
type: Property
type: ObjectProperty
range: DiameterAfterFracture1
preflabel: hasDiameterAfterFracture1

has DiameterAfterFracture2
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasDiameterAfterFracture2
type: Property
type: ObjectProperty
range: DiameterAfterFracture2
preflabel: hasDiameterAfterFracture2

has Diameter
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasDiameter
type: Property
type: ObjectProperty
range: Diameter
preflabel: hasDiameter

has DieTool
type: Property
type: DatatypeProperty

hasDieTool
type: Property
type: ObjectProperty
range: DieTool
preflabel: hasDieTool

has Discretization
type: Property
type: DatatypeProperty

hasDiscretization
type: Property
type: ObjectProperty
range: Discretization
preflabel: hasDiscretization

has DisplacementTransducer
type: Property
type: DatatypeProperty

hasDisplacementTransducer
type: Property
type: ObjectProperty
range: DisplacementTransducer
preflabel: hasDisplacementTransducer

has Displacement
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasDisplacement
type: Property
type: ObjectProperty
range: Displacement
preflabel: hasDisplacement

has DrawingSpeed
type: Property
type: DatatypeProperty
has unit: MilliM-PER-MIN
has unit label: mm/min

hasDrawingSpeed
type: Property
type: ObjectProperty
range: DrawingSpeed
preflabel: hasDrawingSpeed

has DualPhaseSteel
type: Property
type: DatatypeProperty

hasDualPhaseSteel
type: Property
type: ObjectProperty
range: DualPhaseSteel
preflabel: hasDualPhaseSteel

has DynamometerArea
type: Property
type: DatatypeProperty
has unit: MilliM2
has unit label: mm2

hasDynamometerArea
type: Property
type: ObjectProperty
range: DynamometerArea
preflabel: hasDynamometerArea

has EbsdFileName
type: Property
type: DatatypeProperty

hasEbsdFileName
type: Property
type: ObjectProperty
range: EbsdFileName
preflabel: hasEbsdFileName

hasEffecticStrain
type: Property
type: ObjectProperty
range: EffecticStrain
preflabel: hasEffecticStrain

has EffecticStrain
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: -

has EffectiveStress
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasEffectiveStress
type: Property
type: ObjectProperty
range: EffectiveStress
preflabel: hasEffectiveStress

has ElasticConstantC11
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasElasticConstantC11
type: Property
type: ObjectProperty
range: ElasticConstantC11
preflabel: hasElasticConstantC11

has ElasticConstantC12
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasElasticConstantC12
type: Property
type: ObjectProperty
range: ElasticConstantC12
preflabel: hasElasticConstantC12

has ElasticConstantC44
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasElasticConstantC44
type: Property
type: ObjectProperty
range: ElasticConstantC44
preflabel: hasElasticConstantC44

has ElasticityModel
type: Property
type: DatatypeProperty

hasElasticityModel
type: ObjectProperty
range: ElasticityModel
preflabel: hasElasticityModel

hasElementDeletionFlag
type: ObjectProperty
range: ElementDeletionFlag
preflabel: hasElementDeletionFlag

hasElementDeletionTreatment
type: ObjectProperty
range: ElementDeletionTreatment
preflabel: hasElementDeletionTreatment

has Elongation
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasElongation
type: Property
type: ObjectProperty
range: Elongation
preflabel: hasElongation

has Empty
type: Property
type: DatatypeProperty

hasEmpty
type: Property
type: ObjectProperty
range: Empty
preflabel: hasEmpty

hasEngineeringStrain
type: Property
type: ObjectProperty
range: EngineeringStrain
preflabel: hasEngineeringStrain

has EngineeringStrain
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

has EngineeringStress
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasEngineeringStress
type: Property
type: ObjectProperty
range: EngineeringStress
preflabel: hasEngineeringStress

hasEstimatedStrainRateOverTheParallelLength
type: Property
type: ObjectProperty
range: EstimatedStrainRateOverTheParallelLength
preflabel: hasEstimatedStrainRateOverTheParallelLength

has EstimatedStrainRateOverTheParallelLength
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: s-1

has EulerAngle1
type: Property
type: DatatypeProperty

hasEulerAngle1
type: Property
type: ObjectProperty
range: EulerAngle1
preflabel: hasEulerAngle1

has EulerAngle2
type: Property
type: DatatypeProperty

hasEulerAngle2
type: Property
type: ObjectProperty
range: EulerAngle2
preflabel: hasEulerAngle2

has EulerAngle3
type: Property
type: DatatypeProperty

hasEulerAngle3
type: Property
type: ObjectProperty
range: EulerAngle3
preflabel: hasEulerAngle3

has EulerAngleConvention
type: Property
type: DatatypeProperty

hasEulerAngleConvention
type: Property
type: ObjectProperty
range: EulerAngleConvention
preflabel: hasEulerAngleConvention

has EvaluationMethod
type: Property
type: DatatypeProperty

hasEvaluationMethod
type: Property
type: ObjectProperty
range: EvaluationMethod
preflabel: hasEvaluationMethod

hasExampleData
description: example data for the given concept
type: DatatypeProperty

has ExperimentIdentifier
type: Property
type: DatatypeProperty

hasExperimentIdentifier
type: Property
type: ObjectProperty
range: ExperimentIdentifier
preflabel: hasExperimentIdentifier

has ExtensionAtFracture
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasExtensionAtFracture
type: Property
type: ObjectProperty
range: ExtensionAtFracture
preflabel: hasExtensionAtFracture

has ExtensionMeasuringSystem
type: Property
type: DatatypeProperty

hasExtensionMeasuringSystem
type: Property
type: ObjectProperty
range: ExtensionMeasuringSystem
preflabel: hasExtensionMeasuringSystem

has Extension
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasExtension
type: Property
type: ObjectProperty
range: Extension
preflabel: hasExtension

has ExtensometerGaugeLength
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasExtensometerGaugeLength
type: Property
type: ObjectProperty
range: ExtensometerGaugeLength
preflabel: hasExtensometerGaugeLength

has FEMSolver
type: Property
type: DatatypeProperty

hasFEMSolver
type: Property
type: ObjectProperty
range: FEMSolver
preflabel: hasFEMSolver

has FLCDetermination
type: Property
type: DatatypeProperty

hasFLCDetermination
type: Property
type: ObjectProperty
range: FLCDetermination
preflabel: hasFLCDetermination

hasFadingExponent
type: ObjectProperty
range: FadingExponent
preflabel: hasFadingExponent

has FadingExponent
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has FailureCriteriaTypeAdd4ElementDeletion
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasFailureCriteriaTypeAdd4StrainAverage
type: ObjectProperty
range: FailureCriteriaTypeAdd4StrainAverage
preflabel: hasFailureCriteriaTypeAdd4StrainAverage

has FailureCriteriaTypeAdd4StrainAverage
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasFailureCriteriaTypeAdd
type: ObjectProperty
range: FailureCriteriaTypeAdd
preflabel: hasFailureCriteriaTypeAdd

hasFailureStrainIdentifier4StrainRate
type: ObjectProperty
range: FailureStrainIdentifier4StrainRate
preflabel: hasFailureStrainIdentifier4StrainRate

hasFailureStrainIdentifier4Temperature
type: ObjectProperty
range: FailureStrainIdentifier4Temperature
preflabel: hasFailureStrainIdentifier4Temperature

hasFailureStrainIdentifier
type: ObjectProperty
range: FailureStrainIdentifier
preflabel: hasFailureStrainIdentifier

hasFailureStrain
type: ObjectProperty
range: FailureStrain
preflabel: hasFailureStrain

hasFailureTreatment
type: ObjectProperty
range: FailureTreatment
preflabel: hasFailureTreatment

has FailureTreatment
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasFinalCriticalStrength
type: ObjectProperty
range: FinalCriticalStrength
preflabel: hasFinalCriticalStrength

has FinalGaugeLengthAfterFracture
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasFinalGaugeLengthAfterFracture
type: Property
type: ObjectProperty
range: FinalGaugeLengthAfterFracture
preflabel: hasFinalGaugeLengthAfterFracture

has ForceAtFracture
type: Property
type: DatatypeProperty

hasForceAtFracture
type: Property
type: ObjectProperty
range: ForceAtFracture
preflabel: hasForceAtFracture

has ForceMeasuringDevice
type: Property
type: DatatypeProperty

hasForceMeasuringDevice
type: Property
type: ObjectProperty
range: ForceMeasuringDevice
preflabel: hasForceMeasuringDevice

has ForceMeasuringSystem
type: Property
type: DatatypeProperty

hasForceMeasuringSystem
type: Property
type: ObjectProperty
range: ForceMeasuringSystem
preflabel: hasForceMeasuringSystem

has Force
type: Property
type: DatatypeProperty
has unit: KiloN
has unit label: kN

has Force
type: Property
type: DatatypeProperty
has unit: http://qudt.org/vocab/unit/N
has unit label: N

hasForce
type: Property
type: ObjectProperty
range: Force
preflabel: hasForce

has FormingLimitCurve
type: Property
type: DatatypeProperty

hasFormingLimitCurve
type: Property
type: ObjectProperty
range: FormingLimitCurve
preflabel: hasFormingLimitCurve

has FormingLimitDiagram
type: Property
type: DatatypeProperty

hasFormingLimitDiagram
type: Property
type: ObjectProperty
range: FormingLimitDiagram
preflabel: hasFormingLimitDiagram

has Fracture
type: Property
type: DatatypeProperty

hasFracture
type: Property
type: ObjectProperty
range: Fracture
preflabel: hasFracture

hasFrameRate
type: Property
type: ObjectProperty
range: FrameRate
preflabel: hasFrameRate

has FrameRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: s-1

has GaugeLength
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasGaugeLength
type: Property
type: ObjectProperty
range: GaugeLength
preflabel: hasGaugeLength

has Grade
type: Property
type: DatatypeProperty

hasGrade
type: Property
type: ObjectProperty
range: Grade
preflabel: hasGrade

has GrainNumber
type: Property
type: DatatypeProperty

hasGrainNumber
type: Property
type: ObjectProperty
range: GrainNumber
preflabel: hasGrainNumber

has Grid
type: Property
type: DatatypeProperty

has GridSize
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasGridSize
type: Property
type: ObjectProperty
range: GridSize
preflabel: hasGridSize

hasGrid
type: Property
type: ObjectProperty
range: Grid
preflabel: hasGrid

has HCT980C
type: Property
type: DatatypeProperty

hasHCT980C
type: Property
type: ObjectProperty
range: HCT980C
preflabel: hasHCT980C

has HCT980X
type: Property
type: DatatypeProperty

hasHCT980X
type: Property
type: ObjectProperty
range: HCT980X
preflabel: hasHCT980X

has hdf
description: The pyiron jobs has hdf5 file
type: ObjectProperty
domain: Pyiron Job
range: HDF5 File Format
preflabel: has hdf

has HX340LAD
type: Property
type: DatatypeProperty

hasHX340LAD
type: Property
type: ObjectProperty
range: HX340LAD
preflabel: hasHX340LAD

has HardeningCurve
type: Property
type: DatatypeProperty

hasHardeningCurve
type: Property
type: ObjectProperty
range: HardeningCurve
preflabel: hasHardeningCurve

hasHardeningExponent
type: ObjectProperty
range: HardeningExponent
preflabel: hasHardeningExponent

has HardeningExponent
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has HardeningLaw
type: Property
type: DatatypeProperty

hasHardeningLaw
type: Property
type: ObjectProperty
range: HardeningLaw
preflabel: hasHardeningLaw

has HardeningParameterTau0
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasHardeningParameterTau0
type: Property
type: ObjectProperty
range: HardeningParameterTau0
preflabel: hasHardeningParameterTau0

has HardeningParameterTau1
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasHardeningParameterTau1
type: Property
type: ObjectProperty
range: HardeningParameterTau1
preflabel: hasHardeningParameterTau1

has HardeningParameterTheta0
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasHardeningParameterTheta0
type: Property
type: ObjectProperty
range: HardeningParameterTheta0
preflabel: hasHardeningParameterTheta0

has HardeningParameterTheta1
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasHardeningParameterTheta1
type: Property
type: ObjectProperty
range: HardeningParameterTheta1
preflabel: hasHardeningParameterTheta1

has HomogenizationModel
type: Property
type: DatatypeProperty

hasHomogenizationModel
type: ObjectProperty
range: HomogenizationModel
preflabel: hasHomogenizationModel

has Identifier
type: Property
type: DatatypeProperty

hasIdentifier
type: Property
type: ObjectProperty
range: Identifier
preflabel: hasIdentifier

has IndentationDiameterAverage
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasIndentationDiameterAverage
type: Property
type: ObjectProperty
range: IndentationDiameterAverage
preflabel: hasIndentationDiameterAverage

has IndentationDiameterHorizontal
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasIndentationDiameterHorizontal
type: Property
type: ObjectProperty
range: IndentationDiameterHorizontal
preflabel: hasIndentationDiameterHorizontal

has IndentationDiameterVertical
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasIndentationDiameterVertical
type: Property
type: ObjectProperty
range: IndentationDiameterVertical
preflabel: hasIndentationDiameterVertical

has IndenterIdentifier
type: Property
type: DatatypeProperty

hasIndenterIdentifier
type: Property
type: ObjectProperty
range: IndenterIdentifier
preflabel: hasIndenterIdentifier

hasInitialCriticalStrength
type: ObjectProperty
range: InitialCriticalStrength
preflabel: hasInitialCriticalStrength

has InitialDisplacementRate
type: Property
type: DatatypeProperty
has unit: MilliM-PER-SEC
has unit label: mm s -1

hasInitialDisplacementRate
type: Property
type: ObjectProperty
range: InitialDisplacementRate
preflabel: hasInitialDisplacementRate

hasInitialHardening
type: ObjectProperty
range: InitialHardening
preflabel: hasInitialHardening

has InitialSheetThickness
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasInitialSheetThickness
type: Property
type: ObjectProperty
range: InitialSheetThickness
preflabel: hasInitialSheetThickness

has InitialThickness
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasInitialThickness
type: Property
type: ObjectProperty
range: InitialThickness
preflabel: hasInitialThickness

has InnerDiameterBlankHolder
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasInnerDiameterBlankHolder
type: Property
type: ObjectProperty
range: InnerDiameterBlankHolder
preflabel: hasInnerDiameterBlankHolder

has InnerDiameterDie
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasInnerDiameterDie
type: Property
type: ObjectProperty
range: InnerDiameterDie
preflabel: hasInnerDiameterDie

has input
description: input ressource for a Code
type: ObjectProperty
domain: Code
range: Resource
preflabel: has input

hasInteractionMatrix
type: Property
type: ObjectProperty
range: InteractionMatrix
preflabel: hasInteractionMatrix

has InteractionMatrix
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: -

hasInv_ShearRateSensitivity
type: ObjectProperty
range: Inv_ShearRateSensitivity
preflabel: hasInv_ShearRateSensitivity

has Inv_ShearRateSensitivity
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has InventoryNumber
type: Property
type: DatatypeProperty

hasInventoryNumber
type: Property
type: ObjectProperty
range: InventoryNumber
preflabel: hasInventoryNumber

has job
description: The relation between pyiron project and jobs
type: ObjectProperty
domain: Pyiron project
range: Pyiron Job
preflabel: has job

has label source
description: The source for the resource label (rdfs:label or skos:preflabel). The language tag denotes the language of the label this source is for.
type: DatatypeProperty
preflabel: has label source

has Laboratory
type: Property
type: DatatypeProperty

hasLaboratory
type: Property
type: ObjectProperty
range: Laboratory
preflabel: hasLaboratory

hasLatentHardeningQ0
type: Property
type: ObjectProperty
range: LatentHardeningQ0
preflabel: hasLatentHardeningQ0

has LatentHardeningQ0
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: -

hasLatentHardeningQ1
type: Property
type: ObjectProperty
range: LatentHardeningQ1
preflabel: hasLatentHardeningQ1

has LatentHardeningQ1
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: -

has LatticeStructure
type: Property
type: DatatypeProperty

hasLatticeStructure
type: Property
type: ObjectProperty
range: LatticeStructure
preflabel: hasLatticeStructure

has Location
type: Property
type: DatatypeProperty

hasLocation
type: Property
type: ObjectProperty
range: Location
preflabel: hasLocation

has LowerYieldStrength
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasLowerYieldStrength
type: Property
type: ObjectProperty
range: LowerYieldStrength
preflabel: hasLowerYieldStrength

has LubricationSystem
type: Property
type: DatatypeProperty

hasLubricationSystem
type: Property
type: ObjectProperty
range: LubricationSystem
preflabel: hasLubricationSystem

has MAT_ADD_DAMAGE_GISSMO
type: Property
type: DatatypeProperty

hasMAT_ADD_DAMAGE_GISSMO
type: ObjectProperty
range: MAT_ADD_DAMAGE_GISSMO
preflabel: hasMAT_ADD_DAMAGE_GISSMO

has Machine
type: Property
type: DatatypeProperty

hasMachine
type: Property
type: ObjectProperty
range: Machine
preflabel: hasMachine

has MajorTrueStrain
type: Property
type: DatatypeProperty

hasMajorTrueStrain
type: Property
type: ObjectProperty
range: MajorTrueStrain
preflabel: hasMajorTrueStrain

has MassDensity
type: Property
type: DatatypeProperty
has unit: GM-PER-CentiM3
has unit label: g/cm^3

hasMassDensity
type: ObjectProperty
range: MassDensity
preflabel: hasMassDensity

has MatPiecewiseLinearPlasticity
type: Property
type: DatatypeProperty

has MatPiecewiseLinearPlasticityLogInterpolation
type: Property
type: DatatypeProperty

hasMatPiecewiseLinearPlasticityLogInterpolation
type: ObjectProperty
range: MatPiecewiseLinearPlasticityLogInterpolation
preflabel: hasMatPiecewiseLinearPlasticityLogInterpolation

hasMatPiecewiseLinearPlasticity
type: ObjectProperty
range: MatPiecewiseLinearPlasticity
preflabel: hasMatPiecewiseLinearPlasticity

has MatTabulatedJohnsonCook
type: Property
type: DatatypeProperty

has MatTabulatedJohnsonCookLogInterpolation
type: Property
type: DatatypeProperty

hasMatTabulatedJohnsonCookLogInterpolation
type: ObjectProperty
range: MatTabulatedJohnsonCookLogInterpolation
preflabel: hasMatTabulatedJohnsonCookLogInterpolation

hasMatTabulatedJohnsonCook
type: ObjectProperty
range: MatTabulatedJohnsonCook
preflabel: hasMatTabulatedJohnsonCook

has Material
type: Property
type: DatatypeProperty

has MaterialCard
type: Property
type: DatatypeProperty

hasMaterialCard
type: Property
type: ObjectProperty
range: Material Card
preflabel: hasMaterialCard

has MaterialClass
type: Property
type: DatatypeProperty

hasMaterialClass
type: Property
type: ObjectProperty
range: MaterialClass
preflabel: hasMaterialClass

hasMaterialIdentifier
type: ObjectProperty
range: MaterialIdentifier
preflabel: hasMaterialIdentifier

hasMaterialInstabilityStrain
type: ObjectProperty
range: MaterialInstabilityStrain
preflabel: hasMaterialInstabilityStrain

hasMaterial
type: Property
type: ObjectProperty
range: Material
preflabel: hasMaterial

has MaximumForceDiscontinousYielding
type: Property
type: DatatypeProperty
has unit: http://qudt.org/vocab/unit/N
has unit label: N

hasMaximumForceDiscontinousYielding
type: Property
type: ObjectProperty
range: MaximumForceDiscontinousYielding
preflabel: hasMaximumForceDiscontinousYielding

has MaximumForceNoDiscontinousYielding
type: Property
type: DatatypeProperty
has unit: http://qudt.org/vocab/unit/N
has unit label: N

hasMaximumForceNoDiscontinousYielding
type: Property
type: ObjectProperty
range: MaximumForceNoDiscontinousYielding
preflabel: hasMaximumForceNoDiscontinousYielding

has MaximumForce
type: Property
type: DatatypeProperty
has unit: KiloN
has unit label: kN

has MaximumForce
type: Property
type: DatatypeProperty
has unit: http://qudt.org/vocab/unit/N
has unit label: N

hasMaximumForce
type: Property
type: ObjectProperty
range: MaximumForce
preflabel: hasMaximumForce

has MaximumSpeed
type: Property
type: DatatypeProperty

hasMaximumSpeed
type: Property
type: ObjectProperty
range: MaximumSpeed
preflabel: hasMaximumSpeed

hasMeanEngineeringStrainRate
type: Property
type: ObjectProperty
range: MeanEngineeringStrainRate
preflabel: hasMeanEngineeringStrainRate

has MeanEngineeringStrainRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: s-1

hasMeanPlasticStrainRate
type: Property
type: ObjectProperty
range: MeanPlasticStrainRate
preflabel: hasMeanPlasticStrainRate

has MeanPlasticStrainRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: s-1

has MeasurementResolutionUncertainty
type: Property
type: DatatypeProperty
has unit: HBW
has unit label: HBW

hasMeasurementResolutionUncertainty
type: Property
type: ObjectProperty
range: MeasurementResolutionUncertainty
preflabel: hasMeasurementResolutionUncertainty

has MeasuringAid
type: Property
type: DatatypeProperty

hasMeasuringAid
type: Property
type: ObjectProperty
range: MeasuringAid
preflabel: hasMeasuringAid

has MeasuringDevice
type: Property
type: DatatypeProperty

hasMeasuringDevice
type: Property
type: ObjectProperty
range: MeasuringDevice
preflabel: hasMeasuringDevice

has MeasuringRange
type: Property
type: DatatypeProperty

hasMeasuringRange
type: Property
type: ObjectProperty
range: MeasuringRange
preflabel: hasMeasuringRange

has MicroalloyedSteel
type: Property
type: DatatypeProperty

hasMicroalloyedSteel
type: Property
type: ObjectProperty
range: MicroalloyedSteel
preflabel: hasMicroalloyedSteel

has MicrostructureModel
type: Property
type: DatatypeProperty

hasMicrostructureModel
type: Property
type: ObjectProperty
range: MicrostructureModel
preflabel: hasMicrostructureModel

has MildSteel
type: Property
type: DatatypeProperty

hasMildSteel
type: Property
type: ObjectProperty
range: MildSteel
preflabel: hasMildSteel

hasMinTimeStep4ElementDel
type: ObjectProperty
range: MinTimeStep4ElementDel
preflabel: hasMinTimeStep4ElementDel

has MinTimeStep4ElementDel
type: Property
type: DatatypeProperty
has unit: SEC
has unit label: s

has MinimumCrossSectionAfterFracture
type: Property
type: DatatypeProperty
has unit: MilliM2
has unit label: mm2

hasMinimumCrossSectionAfterFracture
type: Property
type: ObjectProperty
range: MinimumCrossSectionAfterFracture
preflabel: hasMinimumCrossSectionAfterFracture

has MinimumCrosssectionAfterFracture
type: Property
type: DatatypeProperty
has unit: MilliM2
has unit label: mm2

hasMinimumCrosssectionAfterFracture
type: Property
type: ObjectProperty
range: MinimumCrosssectionAfterFracture
preflabel: hasMinimumCrosssectionAfterFracture

has MinorTrueStrain
type: Property
type: DatatypeProperty

hasMinorTrueStrain
type: Property
type: ObjectProperty
range: MinorTrueStrain
preflabel: hasMinorTrueStrain

has ModulusOfElasticity
type: Property
type: DatatypeProperty
has unit: GigaPA
has unit label: GPa

has ModulusOfElasticity
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasModulusOfElasticity
type: Property
type: ObjectProperty
range: ModulusOfElasticity
preflabel: hasModulusOfElasticity

hasNominalEngineeringStrainRate
type: Property
type: ObjectProperty
range: NominalEngineeringStrainRate
preflabel: hasNominalEngineeringStrainRate

has NominalEngineeringStrainRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: s-1

has NotchTensileStrength
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasNotchTensileStrength
type: Property
type: ObjectProperty
range: NotchTensileStrength
preflabel: hasNotchTensileStrength

hasNumberFailedIntegrationPoints
type: ObjectProperty
range: NumberFailedIntegrationPoints
preflabel: hasNumberFailedIntegrationPoints

has NumberFailedIntegrationPoints
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has NumberGrains
type: Property
type: DatatypeProperty

hasNumberGrains
type: Property
type: ObjectProperty
range: NumberGrains
preflabel: hasNumberGrains

has NumberOfVirtualExperiments
type: Property
type: DatatypeProperty

hasNumberOfVirtualExperiments
type: Property
type: ObjectProperty
range: NumberOfVirtualExperiments
preflabel: hasNumberOfVirtualExperiments

hasNumberSlipSystems
type: ObjectProperty
range: NumberSlipSystems
preflabel: hasNumberSlipSystems

has NumberSlipSystems
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has Operator
type: Property
type: DatatypeProperty

hasOperator
type: Property
type: ObjectProperty
range: Operator
preflabel: hasOperator

has OriginalCrossSection
type: Property
type: DatatypeProperty
has unit: MilliM2
has unit label: mm2

hasOriginalCrossSection
type: Property
type: ObjectProperty
range: OriginalCrossSection
preflabel: hasOriginalCrossSection

has OriginalCrosssection
type: Property
type: DatatypeProperty
has unit: MilliM2
has unit label: mm2

hasOriginalCrosssection
type: Property
type: ObjectProperty
range: OriginalCrosssection
preflabel: hasOriginalCrosssection

has OriginalDiameter
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasOriginalDiameter
type: Property
type: ObjectProperty
range: OriginalDiameter
preflabel: hasOriginalDiameter

has OriginalGaugeLength
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasOriginalGaugeLength
type: Property
type: ObjectProperty
range: OriginalGaugeLength
preflabel: hasOriginalGaugeLength

has OriginalThickness
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasOriginalThickness
type: Property
type: ObjectProperty
range: OriginalThickness
preflabel: hasOriginalThickness

has OriginalWidth
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasOriginalWidth
type: Property
type: ObjectProperty
range: OriginalWidth
preflabel: hasOriginalWidth

has output
description: output of a code
type: ObjectProperty
domain: Code
preflabel: has output

has ParallelLength
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasParallelLength
type: Property
type: ObjectProperty
range: ParallelLength
preflabel: hasParallelLength

hasPercentageElongationAfterFracture
type: Property
type: ObjectProperty
range: PercentageElongationAfterFracture
preflabel: hasPercentageElongationAfterFracture

has PercentageElongationAfterFracture
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

has PercentageElongation
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasPercentageElongation
type: Property
type: ObjectProperty
range: PercentageElongation
preflabel: hasPercentageElongation

has PercentageElongation
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasPercentageExtension
type: Property
type: ObjectProperty
range: PercentageExtension
preflabel: hasPercentageExtension

has PercentageExtension
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasPercentagePermanentElongation
type: Property
type: ObjectProperty
range: PercentagePermanentElongation
preflabel: hasPercentagePermanentElongation

has PercentagePermanentElongation
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasPercentagePermanentExtension
type: Property
type: ObjectProperty
range: PercentagePermanentExtension
preflabel: hasPercentagePermanentExtension

has PercentagePermanentExtension
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

has PercentagePermanentExtension
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasPercentagePlasticExtensionAtMaximumForce
type: Property
type: ObjectProperty
range: PercentagePlasticExtensionAtMaximumForce
preflabel: hasPercentagePlasticExtensionAtMaximumForce

has PercentagePlasticExtensionAtMaximumForce
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasPercentageReductionOfArea
type: Property
type: ObjectProperty
range: PercentageReductionOfArea
preflabel: hasPercentageReductionOfArea

has PercentageReductionOfArea
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasPercentageTotalExtensionAtFracture
type: Property
type: ObjectProperty
range: PercentageTotalExtensionAtFracture
preflabel: hasPercentageTotalExtensionAtFracture

has PercentageTotalExtensionAtFracture
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasPercentageTotalExtensionAtMaximumForce
type: Property
type: ObjectProperty
range: PercentageTotalExtensionAtMaximumForce
preflabel: hasPercentageTotalExtensionAtMaximumForce

has PercentageTotalExtensionAtMaximumForce
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasPercentageYieldPointExtension
type: Property
type: ObjectProperty
range: PercentageYieldPointExtension
preflabel: hasPercentageYieldPointExtension

has PercentageYieldPointExtension
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

has PermanentSetStrength
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasPermanentSetStrength
type: Property
type: ObjectProperty
range: PermanentSetStrength
preflabel: hasPermanentSetStrength

hasPermissibleUncertainty
type: Property
type: ObjectProperty
range: PermissibleUncertainty
preflabel: hasPermissibleUncertainty

has PermissibleUncertainty
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has PistonSpeed
type: Property
type: DatatypeProperty
has unit: MilliM-PER-SEC
has unit label: mm/s

hasPistonSpeed
type: Property
type: ObjectProperty
range: PistonSpeed
preflabel: hasPistonSpeed

hasPlasticEngineeringStrain
type: Property
type: ObjectProperty
range: PlasticEngineeringStrain
preflabel: hasPlasticEngineeringStrain

has PlasticEngineeringStrain
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

has PlasticityModel
type: Property
type: DatatypeProperty

hasPlasticityModel
type: ObjectProperty
range: PlasticityModel
preflabel: hasPlasticityModel

hasPoissonRatio
type: ObjectProperty
range: Poisson ratio
preflabel: hasPoissonRatio

has PoissonRatio
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasPoissonsRatio
type: Property
type: ObjectProperty
range: PoissonsRatio
preflabel: hasPoissonsRatio

has PoissonsRatio
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has PostProcessingSoftware
type: Property
type: DatatypeProperty

hasPostProcessingSoftware
type: Property
type: ObjectProperty
range: PostProcessingSoftware
preflabel: hasPostProcessingSoftware

has PreliminaryForce
type: Property
type: DatatypeProperty
has unit: KiloN
has unit label: kN

has PreliminaryForce
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasPreliminaryForce
type: Property
type: ObjectProperty
range: PreliminaryForce
preflabel: hasPreliminaryForce

has PressureChamber
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasPressureChamber
type: Property
type: ObjectProperty
range: PressureChamber
preflabel: hasPressureChamber

hasPrincipalStressLimit4PostProcessing
type: ObjectProperty
range: PrincipalStressLimit4PostProcessing
preflabel: hasPrincipalStressLimit4PostProcessing

has ProjectName
type: Property
type: DatatypeProperty
type: ObjectProperty
domain: Test
label: has project name
range: ProjectName
preflabel: has project name

hasProjectName
type: Property
type: ObjectProperty
range: ProjectName
preflabel: hasProjectName

has ProjectNumber
type: Property
type: DatatypeProperty
type: ObjectProperty
domain: Test
label: has project number
range: ProjectNumber
preflabel: has project number

hasProjectNumber
type: Property
type: ObjectProperty
range: ProjectNumber
preflabel: hasProjectNumber

has ProofStrengthPlasticExtension
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasProofStrengthPlasticExtension
type: Property
type: ObjectProperty
range: ProofStrengthPlasticExtension
preflabel: hasProofStrengthPlasticExtension

has ProofStrengthTotalExtension
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasProofStrengthTotalExtension
type: Property
type: ObjectProperty
range: ProofStrengthTotalExtension
preflabel: hasProofStrengthTotalExtension

has ProofStrength_0.2Percentage
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasProofStrength_0.2Percentage
type: Property
type: ObjectProperty
range: ProofStrength_0.2Percentage
preflabel: hasProofStrength_0.2Percentage

has ProofStrength_1Percentage
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasProofStrength_1Percentage
type: Property
type: ObjectProperty
range: ProofStrength_1Percentage
preflabel: hasProofStrength_1Percentage

has PunchDiameter
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasPunchDiameter
type: Property
type: ObjectProperty
range: PunchDiameter
preflabel: hasPunchDiameter

has PunchDisplacement
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasPunchDisplacement
type: Property
type: ObjectProperty
range: PunchDisplacement
preflabel: hasPunchDisplacement

has PunchVelocity
type: Property
type: DatatypeProperty
has unit: MilliM-PER-SEC
has unit label: mm/s

hasPunchVelocity
type: Property
type: ObjectProperty
range: PunchVelocity
preflabel: hasPunchVelocity

hasRValue
type: Property
type: ObjectProperty
range: RValue
preflabel: hasRValue

has RValue
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has RadiusCurvature
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasRadiusCurvature
type: Property
type: ObjectProperty
range: RadiusCurvature
preflabel: hasRadiusCurvature

has RadiusDie
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasRadiusDie
type: Property
type: ObjectProperty
range: RadiusDie
preflabel: hasRadiusDie

has Radius
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasRadius
type: Property
type: ObjectProperty
range: Radius
preflabel: hasRadius

hasRateSensitivityOfSlip
type: Property
type: ObjectProperty
range: RateSensitivityOfSlip
preflabel: hasRateSensitivityOfSlip

has RateSensitivityOfSlip
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: -

has ReferenceElementSize
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasReferenceElementSize
type: ObjectProperty
range: ReferenceElementSize
preflabel: hasReferenceElementSize

hasReferenceShearRate
type: Property
type: ObjectProperty
range: ReferenceShearRate
preflabel: hasReferenceShearRate

has ReferenceShearRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: 1/s

has ReferenceShearRate
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: -

has ReferenceTemperature
type: Property
type: DatatypeProperty
has unit: https://qudt.org/vocab/unit/K
has unit label: K

hasReferenceTemperature
type: ObjectProperty
range: ReferenceTemperature
preflabel: hasReferenceTemperature

hasRelativeStandardDeviationOfTheSlope
type: Property
type: ObjectProperty
range: RelativeStandardDeviationOfTheSlope
preflabel: hasRelativeStandardDeviationOfTheSlope

has RelativeStandardDeviationOfTheSlope
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

has Remark
type: Property
type: DatatypeProperty

hasRemark
type: Property
type: ObjectProperty
range: Remark
preflabel: hasRemark

has Repetition
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasRepetition
type: Property
type: ObjectProperty
range: Repetition
preflabel: hasRepetition

has ResultsFile
type: Property
type: DatatypeProperty

hasResultsFile
type: Property
type: ObjectProperty
range: ResultsFile
preflabel: hasResultsFile

has RollingDirection
type: Property
type: DatatypeProperty

hasRollingDirection
type: Property
type: ObjectProperty
range: RollingDirection
preflabel: hasRollingDirection

has SampleCode
type: Property
type: DatatypeProperty

hasSampleCode
type: Property
type: ObjectProperty
range: SampleCode
preflabel: hasSampleCode

has SampleIdentifier
type: Property
type: DatatypeProperty

has SampleIdentifier-2
type: Property
type: DatatypeProperty

hasSampleIdentifier-2
type: Property
type: ObjectProperty
range: SampleIdentifier-2
preflabel: hasSampleIdentifier-2

hasSampleIdentifier
type: Property
type: ObjectProperty
range: SampleIdentifier
preflabel: hasSampleIdentifier

has SampleInfos
type: Property
type: DatatypeProperty

hasSampleInfos
type: Property
type: ObjectProperty
range: SampleInfos
preflabel: hasSampleInfos

has SampleProduction
type: Property
type: DatatypeProperty

hasSampleProduction
type: Property
type: ObjectProperty
range: SampleProduction
preflabel: hasSampleProduction

has SampleType
type: Property
type: DatatypeProperty

hasSampleType
type: Property
type: ObjectProperty
range: SampleType
preflabel: hasSampleType

has SerialNumber
type: Property
type: DatatypeProperty

hasSerialNumber
type: Property
type: ObjectProperty
range: SerialNumber
preflabel: hasSerialNumber

has ShearLengthAfterFracture1
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasShearLengthAfterFracture1
type: Property
type: ObjectProperty
range: ShearLengthAfterFracture1
preflabel: hasShearLengthAfterFracture1

has ShearLengthAfterFracture2
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasShearLengthAfterFracture2
type: Property
type: ObjectProperty
range: ShearLengthAfterFracture2
preflabel: hasShearLengthAfterFracture2

has ShearLength
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasShearLength
type: Property
type: ObjectProperty
range: ShearLength
preflabel: hasShearLength

has ShearStrength
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasShearStrength
type: Property
type: ObjectProperty
range: ShearStrength
preflabel: hasShearStrength

has SheetThickness
type: Property
type: DatatypeProperty

hasSheetThickness
type: Property
type: ObjectProperty
range: Sheet thickness
preflabel: hasSheetThickness

has SlipSystemNumber
type: Property
type: DatatypeProperty

hasSlipSystemNumber
type: Property
type: ObjectProperty
range: SlipSystemNumber
preflabel: hasSlipSystemNumber

has SlopeElasticPartStressStrainCurve
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasSlopeElasticPartStressStrainCurve
type: Property
type: ObjectProperty
range: SlopeElasticPartStressStrainCurve
preflabel: hasSlopeElasticPartStressStrainCurve

has Software
type: Property
type: DatatypeProperty

hasSoftware
type: Property
type: ObjectProperty
range: software
preflabel: hasSoftware

has SpecificHeatCapacity
type: Property
type: DatatypeProperty
has unit: J-Per-Gm-K
has unit label: J/(g*K)

hasSpecificHeatCapacity
type: ObjectProperty
range: SpecificHeatCapacity
preflabel: hasSpecificHeatCapacity

has SpecificPlasticWork
type: Property
type: DatatypeProperty

has SpecificPlasticWorkValue
type: Property
type: DatatypeProperty

hasSpecificPlasticWorkValue
type: Property
type: ObjectProperty
range: SpecificPlasticWorkValue
preflabel: hasSpecificPlasticWorkValue

hasSpecificPlasticWork
type: Property
type: ObjectProperty
range: SpecificPlasticWork
preflabel: hasSpecificPlasticWork

has SpecimenCrossSection
type: Property
type: DatatypeProperty

hasSpecimenCrossSection
type: Property
type: ObjectProperty
range: SpecimenCrossSection
preflabel: hasSpecimenCrossSection

has SpecimenWidth
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasSpecimenWidth
type: Property
type: ObjectProperty
range: SpecimenWidth
preflabel: hasSpecimenWidth

has standard
description: the related standard (ISO / DIN / etc)
type: ObjectProperty
range: Standard
altlabel: has norm
preflabel: has standard

has StandardDeviationOfTheSlope
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasStandardDeviationOfTheSlope
type: Property
type: ObjectProperty
range: StandardDeviationOfTheSlope
preflabel: hasStandardDeviationOfTheSlope

has Steel
type: Property
type: DatatypeProperty

hasSteel
type: Property
type: ObjectProperty
range: Steel
preflabel: hasSteel

has Step
description: The relation between digital workflows and workflow steps
type: ObjectProperty
domain: Digital workflow
range: Workflow step
preflabel: has Step

hasStiffnessComponent
type: ObjectProperty
range: StiffnessComponent
preflabel: hasStiffnessComponent

has StrainRateFormulationFlag
type: Property
type: DatatypeProperty

hasStrainRateFormulationFlag
type: ObjectProperty
range: StrainRateFormulationFlag
preflabel: hasStrainRateFormulationFlag

hasStrainRateScaleIdendifier
type: ObjectProperty
range: StrainRateScaleIdendifier
preflabel: hasStrainRateScaleIdendifier

hasStrainRateScaleParameterC
type: ObjectProperty
range: StrainRateScaleParameterC
preflabel: hasStrainRateScaleParameterC

has StrainRateScaleParameterC
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasStrainRateScaleParameterP
type: ObjectProperty
range: StrainRateScaleParameterP
preflabel: hasStrainRateScaleParameterP

has StrainRateScaleParameterP
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasStrainRate
type: Property
type: ObjectProperty
range: StrainRate
preflabel: hasStrainRate

has StrainRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: 1/s
has unit label: s-1

hasStrain
type: Property
type: ObjectProperty
range: Strain
preflabel: hasStrain

has Strain
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasStressRate
type: Property
type: ObjectProperty
range: StressRate
preflabel: hasStressRate

has Stress
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasStress
type: Property
type: ObjectProperty
range: Stress
preflabel: hasStress

has a sub job
type: ObjectProperty
domain: Pyiron Job
range: Pyiron Job
preflabel: has a sub job

has Supplier
type: Property
type: DatatypeProperty

hasSupplier
type: Property
type: ObjectProperty
range: Supplier
preflabel: hasSupplier

hasSymbol
description: The typical formula symbol used
type: DatatypeProperty

hasSymbolLatex
description: The typical formula symbol used in latex notation
type: DatatypeProperty

has TangentYieldModulus
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasTangentYieldModulus
type: ObjectProperty
range: TangentYieldModulus
preflabel: hasTangentYieldModulus

has TargetClampingForce
type: Property
type: DatatypeProperty
has unit: KiloN
has unit label: kN

hasTargetClampingForce
type: Property
type: ObjectProperty
range: TargetClampingForce
preflabel: hasTargetClampingForce

hasTaylorQuinneyCoefficient
type: ObjectProperty
range: TaylorQuinneyCoefficient
preflabel: hasTaylorQuinneyCoefficient

has TaylorQuinneyCoefficient
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has TensileStrength
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasTensileStrength
type: Property
type: ObjectProperty
range: TensileStrength
preflabel: hasTensileStrength

has TensileTestingMachine
type: Property
type: DatatypeProperty

hasTensileTestingMachine
type: Property
type: ObjectProperty
range: TensileTestingMachine
preflabel: hasTensileTestingMachine

has TestDirection
type: Property
type: DatatypeProperty

hasTestDirection
type: Property
type: ObjectProperty
range: TestDirection
preflabel: hasTestDirection

has TestPiece
type: Property
type: DatatypeProperty

has TestPieceComposition
type: Property
type: DatatypeProperty

hasTestPieceComposition
type: Property
type: ObjectProperty
range: TestPieceComposition
preflabel: hasTestPieceComposition

has TestPieceGeometry
type: Property
type: DatatypeProperty

hasTestPieceGeometry
type: Property
type: ObjectProperty
range: TestPieceGeometry
preflabel: hasTestPieceGeometry

has TestPieceIdentifier
type: Property
type: DatatypeProperty

hasTestPieceIdentifier
type: Property
type: ObjectProperty
range: TestPieceIdentifier
preflabel: hasTestPieceIdentifier

has TestPieceLength
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasTestPieceLength
type: Property
type: ObjectProperty
range: TestPieceLength
preflabel: hasTestPieceLength

has TestPiecePreparation
type: Property
type: DatatypeProperty

hasTestPiecePreparation
type: Property
type: ObjectProperty
range: TestPiecePreparation
preflabel: hasTestPiecePreparation

has TestPieceProcessing
type: Property
type: DatatypeProperty

hasTestPieceProcessing
type: Property
type: ObjectProperty
range: TestPieceProcessing
preflabel: hasTestPieceProcessing

has TestPieceProducer
type: Property
type: DatatypeProperty

hasTestPieceProducer
type: Property
type: ObjectProperty
range: TestPieceProducer
preflabel: hasTestPieceProducer

has TestPieceThickness
type: Property
type: DatatypeProperty

hasTestPieceThickness
type: Property
type: ObjectProperty
range: TestPieceThickness
preflabel: hasTestPieceThickness

hasTestPiece
type: Property
type: ObjectProperty
range: Test piece
preflabel: hasTestPiece

has test property
description: super property for all test properties
type: ObjectProperty
domain: Test
preflabel: has test property

has TestStandard
type: Property
type: DatatypeProperty

hasTestStandard
type: Property
type: ObjectProperty
range: TestStandard
preflabel: hasTestStandard

has TestTemperatur
type: Property
type: DatatypeProperty

hasTestTemperatur
type: Property
type: ObjectProperty
range: TestTemperatur
preflabel: hasTestTemperatur

has TestTemperature
type: Property
type: DatatypeProperty
has unit: DEG C
has unit label: °C

hasTestTemperature
type: Property
type: ObjectProperty
range: TestTemperature
preflabel: hasTestTemperature

hasTestTime
type: Property
type: ObjectProperty
range: TestTime
preflabel: hasTestTime

has TestTime
type: Property
type: DatatypeProperty
has unit: SEC
has unit label: s

has Tester
type: Property
type: DatatypeProperty

hasTester
type: Property
type: ObjectProperty
range: Tester
preflabel: hasTester

has TestingDirection
type: Property
type: DatatypeProperty

hasTestingDirection
type: Property
type: ObjectProperty
range: TestingDirection
preflabel: hasTestingDirection

has TestingFacility
type: Property
type: DatatypeProperty
type: ObjectProperty
domain: Test
label: has testing facility
range: TestingFacility
preflabel: has testing facility

hasTestingFacility
type: Property
type: ObjectProperty
range: TestingFacility
preflabel: hasTestingFacility

hasTestingMachineUncertainty
type: Property
type: ObjectProperty
range: TestingMachineUncertainty
preflabel: hasTestingMachineUncertainty

has TestingMachineUncertainty
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has TestingRate
type: Property
type: DatatypeProperty

hasTestingRate
type: Property
type: ObjectProperty
range: TestingRate
preflabel: hasTestingRate

has Texture
type: Property
type: DatatypeProperty

hasTexture
type: Property
type: ObjectProperty
range: Texture
preflabel: hasTexture

has ThicknessAfterFracture1
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasThicknessAfterFracture1
type: Property
type: ObjectProperty
range: ThicknessAfterFracture1
preflabel: hasThicknessAfterFracture1

has ThicknessAfterFracture2
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasThicknessAfterFracture2
type: Property
type: ObjectProperty
range: ThicknessAfterFracture2
preflabel: hasThicknessAfterFracture2

hasTimeDependentEngineeringStrainRate
type: Property
type: ObjectProperty
range: TimeDependentEngineeringStrainRate
preflabel: hasTimeDependentEngineeringStrainRate

has TimeDependentEngineeringStrainRate
type: Property
type: DatatypeProperty
has unit: PER-SEC
has unit label: s-1

has TimeStamp
type: Property
type: DatatypeProperty

hasTimeStamp
type: Property
type: ObjectProperty
range: TimeStamp
preflabel: hasTimeStamp

hasTime
type: Property
type: ObjectProperty
range: Time
preflabel: hasTime

has Time
type: Property
type: DatatypeProperty
has unit: SEC
has unit label: s

has TotalAverageDiameter
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasTotalAverageDiameter
type: Property
type: ObjectProperty
range: TotalAverageDiameter
preflabel: hasTotalAverageDiameter

hasTotalEngineeringStrain
type: Property
type: ObjectProperty
range: TotalEngineeringStrain
preflabel: hasTotalEngineeringStrain

has TotalEngineeringStrain
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

has TotalLength
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasTotalLength
type: Property
type: ObjectProperty
range: TotalLength
preflabel: hasTotalLength

has TransitionRadius
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasTransitionRadius
type: Property
type: ObjectProperty
range: TransitionRadius
preflabel: hasTransitionRadius

has TrueFractureStrain
type: Property
type: DatatypeProperty

hasTrueFractureStrain
type: Property
type: ObjectProperty
range: TrueFractureStrain
preflabel: hasTrueFractureStrain

has TrueFractureStress
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasTrueFractureStress
type: Property
type: ObjectProperty
range: TrueFractureStress
preflabel: hasTrueFractureStress

hasTruePlasticStrainAtFracture
type: Property
type: ObjectProperty
range: TruePlasticStrainAtFracture
preflabel: hasTruePlasticStrainAtFracture

has TruePlasticStrainAtFracture
type: Property
type: DatatypeProperty
has unit: PERCENT
has unit label: %

hasTruePlasticStrain
type: Property
type: ObjectProperty
range: TruePlasticStrain
preflabel: hasTruePlasticStrain

has TruePlasticStrain
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has TruePlasticThicknessStrain
type: Property
type: DatatypeProperty

hasTruePlasticThicknessStrain
type: Property
type: ObjectProperty
range: TruePlasticThicknessStrain
preflabel: hasTruePlasticThicknessStrain

hasTrueStrain
type: Property
type: ObjectProperty
range: True Strain
preflabel: hasTrueStrain

has TrueStrain
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has TrueStressAtFracture
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasTrueStressAtFracture
type: Property
type: ObjectProperty
range: TrueStressAtFracture
preflabel: hasTrueStressAtFracture

has TrueStress
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasTrueStress
type: Property
type: ObjectProperty
range: True Stress
preflabel: hasTrueStress

has TrueThicknessStrain
type: Property
type: DatatypeProperty

hasTrueThicknessStrain
type: Property
type: ObjectProperty
range: TrueThicknessStrain
preflabel: hasTrueThicknessStrain

hasTrueTotalStrain
type: Property
type: ObjectProperty
range: TrueTotalStrain
preflabel: hasTrueTotalStrain

has TrueTotalStrain
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

hasTrueWidthStrain
type: Property
type: ObjectProperty
range: TrueWidthStrain
preflabel: hasTrueWidthStrain

has TrueWidthStrain
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has typical unit
description: A typical unit associated with the resource
type: ObjectProperty
preflabel: has typical unit

has typical unit label
description: A typical unit label for the resource
type: DatatypeProperty
range: string
preflabel: has typical unit label

has unit
description: the unit associated with the resource. More than one property of this kind for one resource should be only used if the units are equivalent
type: ObjectProperty
preflabel: has unit

has unit label
description: The specific unit label for the resource. More than one property of this kind for one resource should be only used if the units are equivalent
type: DatatypeProperty
range: string
preflabel: has unit label

has UpperYieldStrength
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasUpperYieldStrength
type: Property
type: ObjectProperty
range: UpperYieldStrength
preflabel: hasUpperYieldStrength

has User
type: Property
type: DatatypeProperty

hasUser
type: Property
type: ObjectProperty
range: User
preflabel: hasUser

has WidthAfterFracture1
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasWidthAfterFracture1
type: Property
type: ObjectProperty
range: WidthAfterFracture1
preflabel: hasWidthAfterFracture1

has WidthAfterFracture2
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasWidthAfterFracture2
type: Property
type: ObjectProperty
range: WidthAfterFracture2
preflabel: hasWidthAfterFracture2

has WidthChange
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasWidthChange
type: Property
type: ObjectProperty
range: WidthChange
preflabel: hasWidthChange

hasWidthStrain
type: Property
type: ObjectProperty
range: WidthStrain
preflabel: hasWidthStrain

has WidthStrain
type: Property
type: DatatypeProperty
has unit: UNITLESS
has unit label: 1

has Width
type: Property
type: DatatypeProperty
has unit: MilliM
has unit label: mm

hasWidth
type: Property
type: ObjectProperty
range: Width
preflabel: hasWidth

has Work
type: Property
type: DatatypeProperty
has unit: KiloJ
has unit label: kJ

hasWork
type: Property
type: ObjectProperty
range: Work
preflabel: hasWork

has YieldForce_0.2Percentage
type: Property
type: DatatypeProperty
has unit: KiloN
has unit label: kN

hasYieldForce_0.2Percentage
type: Property
type: ObjectProperty
range: YieldForce_0.2Percentage
preflabel: hasYieldForce_0.2Percentage

has YieldStrength
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasYieldStrength
type: Property
type: ObjectProperty
range: YieldStrength
preflabel: hasYieldStrength

has YieldStress
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasYieldStress
type: ObjectProperty
range: Yield Stress
preflabel: hasYieldStress

hasYieldingIdentifierIsoThermal
type: ObjectProperty
range: YieldingIdentifierIsoThermal
preflabel: hasYieldingIdentifierIsoThermal

hasYieldingIdentifier
type: ObjectProperty
range: YieldingIdentifier
preflabel: hasYieldingIdentifier

has YoungsModulus
type: Property
type: DatatypeProperty
has unit: MegaPA
has unit label: MPa

hasYoungsModulus
type: ObjectProperty
range: Young's modulus
preflabel: hasYoungsModulus

input
type: DatatypeProperty
domain: Workflow
preflabel: input

start time
description: time and date when the execution of a job instance was started
type: DatatypeProperty
domain: Job
range: dateTime
preflabel: start time

metadata
type: DatatypeProperty
domain: Workflow
preflabel: metadata

norm
description: The norm according to which the experiment was conducted.
type: DatatypeProperty
preflabel: norm

normal direction
type: Class
label: Normalenrichtung @de
altlabel: ND
preflabel: Normalenrichtung @de
preflabel: normal direction

number of passes
type: Class
label: Stichzahl @de
preflabel: Stichzahl @de
preflabel: number of passes

output
type: DatatypeProperty
domain: Workflow
preflabel: output

parameters
type: DatatypeProperty
domain: Workflow
preflabel: parameters

Process chain simulation
type: Class
label: Prozesskettensimulation @de
preflabel: Process chain simulation
preflabel: Prozesskettensimulation @de

is related to
description: some things are related
type: ObjectProperty
preflabel: is related to

uri
type: DatatypeProperty
domain: File
range: string
preflabel: uri

roll gap
type: Class
label: Walzspalt @de
preflabel: Walzspalt @de
preflabel: roll gap

rolling direction
type: Class
label: Walzrichtung @de
altlabel: RD
preflabel: Walzrichtung @de
preflabel: rolling direction

rolling force
type: Class
label: Walzkraft @de
preflabel: Walzkraft @de
preflabel: rolling force

rolling schedule
type: Class
label: Stichplan @de
preflabel: Stichplan @de
preflabel: rolling schedule

rolling speed
type: Class
label: Walzgeschwindigkeit @de
altlabel: Walzenumfangsgeschwindigleit @de
altlabel: circunferencal speed
preflabel: Walzgeschwindigkeit @de
preflabel: rolling speed

sequence
description: The sequence of steps
type: DatatypeProperty
domain: Workflow
preflabel: sequence

stand
type: Class
label: Walzgerüst @de
preflabel: Walzgerüst @de
preflabel: stand

strip tension
type: Class
label: Bandzug @de
preflabel: Bandzug @de
preflabel: strip tension

strip width
type: Class
label: Bandbreite @de
preflabel: Bandbreite @de
preflabel: strip width

transverse direction
type: Class
label: Querrichtung @de
altlabel: TD
preflabel: Querrichtung @de
preflabel: transverse direction

uses Code
description: code used by a job
type: ObjectProperty
domain: Job
range: Code
preflabel: uses Code

work roll diameter
type: Class
label: Arbeitswalzendurchmesser @de
preflabel: Arbeitswalzendurchmesser @de
preflabel: work roll diameter

steps
description: operations on data, can be other workflows, has pervious and following step
type: DatatypeProperty
domain: Workflow
preflabel: steps