NewTemplate3Dep

caseIndex CommitPlastic_Strain commitState CommitStrain CommitStress D divergeOrnot epsilon Explicit FTOL func getClassType getCopy getCopy getPlasticStrainTensor getRho getStrain getStrainTensor getStress getStressTensor getTangent getTangentBJmatrix getTangentTensor getType Implicit ImplicitLineSearch ISMAX ITMAX Matrix2TensorSysR4 NewTemplate3Dep NewTemplate3Dep NewTemplate3Dep NewTemplate3Dep NewTemplate3Dep PredictorEPState Print ptr_elastic_state ptr_material_parameter ptr_plastic_flow ptr_scalar_evolution ptr_tensor_evolution ptr_yield_function recvSelf revertToLastCommit revertToStart ScaledExplicit sendSelf setTrialStrain setTrialStrain setTrialStrain setTrialStrain setTrialStrainIncr setTrialStrainIncr setTrialStrainIncr setTrialStrainIncr sigma Stiffness Stiffness2Compliance subStep TangentMatrix Tensor2MatrixSysR4 Tensor2VectorSysR2 TOL TrialPlastic_Strain TrialStrain TrialStress Vector2TensorSysR2 yield_surface_cross zbrentstress ZeroI4 ZeroStrain ZeroStress ~NewTemplate3Dep

NewTemplate3Dep::NewTemplate3Dep ( int  tag, MaterialParameter *  ptr_material_parameter_in, ElasticState *  ptr_elastic_state_in, YieldFunction *  ptr_yield_function_in, PlasticFlow *  ptr_plastic_flow_in, ScalarEvolution **  ptr_scalar_evolution_in, TensorEvolution **  ptr_tensor_evolution_in, int  caseIndex_in, int  subStep_in = 1   ) The NewTemplate3Dep class is a sub-class of NDMaterial and a container holding the components of material parameters, yield functions, plastic flows, scalar and tensor evolution laws tag ---> Material tag number ptr_material_parameter_in ---> pointer to MaterialParameter ptr_elastic_state_in ---> pointer to ElasticState ptr_yield_function_in ---> pointer to YieldFunction ptr_plastic_flow_in ---> pointer to PlasticFlow ptr_scalar_evolution_in ---> double pointer to ScalarEvolution ptr_tensor_evolution_in ---> double pointer to TensorEvolution caseIndex_in ---> Integration algorithm which 0 (default) is explicit, 1 is implicit, subStep_in ---> Substepping number (default = 1) The multiple constructor functions enable the material model with both scalar and tensor evolution, with only scalar or tensor evolution, or without any evolution (perfectly-plasticity) applicable in this framework. MaterialParameter: A class to contain the material parameters. The material parameters includes three type, namely, material constants, initial scalar internal variables and initial tensor internal variables. The numbers of these three types of material variables should be also stored in the class. ElasticState: Virtual base class for the elastic part of the material models (the most important function is getElasticStiffness, which returns the elastic stiffness tensor) YieldFunction: Virtual base class for the properties of the yield function. YieldFunctionValue function is to evaluate the value of the yield function StressDerivative function gives the derivative of the yield function to the stresses InScalarDerivative function returns the derivative of the yield function to the scalar internal variable IntensorDerivative function returns the derivative of the yield function to the tensor internal variable PlasticFlow class is the virtual base class mainly to return the plastic flow tensor. ScalarEvolution class is the virtual base class to evaluate the evolution modulus of the scalar evolution H, which may be the function of the stress, strain, and material parameters. TensorEvolution class is the virtual base class to evaluate the evolution modulus of the tensor evolution Hij, which may be the function of the plastic flow, as well as the stresses, strain, and material parameters. Definition at line 62 of file NewTemplate3Dep.cpp. References ptr_elastic_state, ptr_material_parameter, ptr_plastic_flow, ptr_scalar_evolution, ptr_tensor_evolution, ptr_yield_function, and revertToStart().