Material commands
The Material commands are used to define the materials in a model.
In this section:
Material object
AcousticMedium object
AnnealTemperature object
BiaxialTestData object
BrittleCracking object
BrittleFailure object
BrittleShear object
CapCreepCohesion object
CapCreepConsolidation object
CapHardening object
CapPlasticity object
CastIronCompressionHardening object
CastIronPlasticity object
CastIronTensionHardening object
ClayHardening object
ClayPlasticity object
CombinedTestData object
Concrete object
ConcreteCompressionDamage object
ConcreteCompressionHardening object
ConcreteDamagedPlasticity object
ConcreteTensionDamage object
ConcreteTensionStiffening object
Conductivity object
ContactArea object
Creep object
CrushableFoam object
CrushableFoamHardening object
CrushStress object
CrushStressVelocityFactor object
CycledPlastic object
CyclicHardening object
DamageEvolution object
DamageInitiation object
DamageStabilization object
DamageStabilizationCohesive object
Damping object
DeformationPlasticity object
Density object
Depvar object
DetonationPoint object
Dielectric object
Diffusivity object
DruckerPrager object
DruckerPragerCreep object
DruckerPragerHardening object
Elastic object
ElectricalConductivity object
Eos object
EosCompaction object
Expansion object
FailStrain object
FailStress object
FailureRatios object
FluidLeakoff object
GapConductance object
GapConvection object
GapFlow object
GapRadiation object
GasketMembraneElastic object
GasketThicknessBehavior object
GasketTransverseShearElastic object
Gel object
HeatGeneration object
Hyperelastic object
Hyperfoam object
Hypoelastic object
Hysteresis object
InelasticHeatFraction object
JouleHeatFraction object
LatentHeat object
LowDensityFoam object
MagneticPermeability object
MeanFieldHomogenization object
MeanFieldInclusion object
MeanFieldMatrix object
MeanFieldVoid object
MohrCoulombHardening object
MohrCoulombPlasticity object
MoistureSwelling object
MullinsEffect object
Ornl object
Permeability object
Piezoelectric object
PlanarTestData object
Plastic object
PlasticityCorrection object
PoreFluidExpansion object
PorousBulkModuli object
PorousElastic object
PorousFailureCriteria object
PorousMetalPlasticity object
Potential object
PressureEffect object
RateDependent object
Ratios object
Regularization object
SaturationDependence object
ShearRetention object
ShearTestData object
SimpleShearTestData object
Solubility object
SoretEffect object
Sorption object
SpecificHeat object
SuperElasticHardening object
SuperElasticHardeningModifications object
SuperElasticity object
Swelling object
TensileFailure object
TensionCutOff object
TensionStiffening object
TriaxialTestData object
Trs object
UniaxialTestData object
UserDefinedField object
UserMaterial object
UserOutputVariables object
VelocityDependence object
Viscoelastic object
Viscosity object
Viscous object
VoidNucleation object
VolumetricTestData object
evaluateMaterial