rs3.properties.material.constitutiveModel.MohrCoulombWithCap module#
- class rs3.properties.material.constitutiveModel.MohrCoulombWithCap.MohrCoulombWithCapBase(client: Client, id: str)#
Bases:
_ProxyObject,IPropertyGroupAccessors- getDilationAngle() float#
- setDilationAngle(value: float)#
- getInitialMeanStress() float#
- setInitialMeanStress(value: float)#
- getLambdaKappa() float#
- setLambdaKappa(value: float)#
- getFrictionAngle() float#
- setFrictionAngle(value: float)#
- getCohesion() float#
- setCohesion(value: float)#
- getTensileStrength() float#
- setTensileStrength(value: float)#
- getProperties()#
Retrieve properties as a dictionary.
- setProperties(DilationAngle: float = None, InitialMeanStress: float = None, LambdaKappa: float = None, FrictionAngle: float = None, Cohesion: float = None, TensileStrength: float = None)#
Set properties using keyword arguments.
- class rs3.properties.material.constitutiveModel.MohrCoulombWithCap.MohrCoulombWithCapStageFactorBase(id: str, stageFactorID: str, client: Client)#
Bases:
IStageFactorBase- getCohesionFactor() float#
- getDilationAngleFactor() float#
- getFrictionAngleFactor() float#
- getTensileStrengthFactor() float#
- class rs3.properties.material.constitutiveModel.MohrCoulombWithCap.MohrCoulombWithCapDefinedStageFactorBase(id: str, stageFactorID: str, client: Client)#
Bases:
MohrCoulombWithCapStageFactorBase- setCohesionFactor(value: float)#
- setDilationAngleFactor(value: float)#
- setFrictionAngleFactor(value: float)#
- setTensileStrengthFactor(value: float)#
- class rs3.properties.material.constitutiveModel.MohrCoulombWithCap.MohrCoulombWithCapStageFactor(id: str, stageFactorId: str, client: Client)#
- class rs3.properties.material.constitutiveModel.MohrCoulombWithCap.MohrCoulombWithCapDefinedStageFactor(id: str, stageFactorID: str, client: Client)#
- class rs3.properties.material.constitutiveModel.MohrCoulombWithCap.MohrCoulombWithCap(client: Client, id: str)#
Bases:
MohrCoulombWithCapBase,BaseConstitutiveModel- getCapHardeningType() CapHardeningTypes#
- setCapHardeningType(value: CapHardeningTypes)#
- getMeanStressPoints() list[tuple[float, float]]#
Retrieve the mean stress function points for the current material.
- Returns:
A list of tuples, where each tuple contains: - volumetricPlasticStrain (float): The volumetric plastic strain value. - meanStress (float): The corresponding mean stress value.
- Return type:
list[tuple[float, float]]
- setMeanStressPoints(value: list[tuple[float, float]])#
Set the mean stress function points for the current material.
- Parameters:
value (list[tuple[float, float]]) – A list of tuples, where each tuple contains: - volumetricPlasticStrain (float): The volumetric plastic strain value. - meanStress (float): The corresponding mean stress value.