template<
int dim, typename ViscoplasticYieldLaw, typename
Number = double>
class PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >
Definition at line 9583 of file ALE_Finite_Strain_Plasticity.h.
|
| * | ThermoPlasticMaterial (const Number kappa, * const Number mu, * const Number thermal_expansion_coefficient, * const Number thermal_conductivity, * const Number heat_capacity, * const Number dissipation_factor, * const ViscoplasticYieldLaw &viscoplastic_yield_law) |
| * *virtual | ~ThermoPlasticMaterial () |
| * * Number | get_material_Jacobian (const point_index_t &point_index) const override |
| * ::SymmetricTensor< 2, dim, Number > | get_plastic_strain (const point_index_t &point_index) const override |
| * * std::vector< Number > get_state_parameters * | ()) const override; * * void set_state_parameters(* const point_index_t &point_index, * const std::vector< Number > &state_parameters, * const Tensor< 2, dim, Number > &reference_transformation=unit_symmetric_tensor< dim >()) override; * size_t get_material_parameter_count() const override; * * * void setup_point_history(const point_index_t point_count) override; * * private:* const Number kappa; * const Number mu; * * const Number thermal_expansion_coefficient; * const Number thermal_conductivity; * const Number heat_capacity; * const Number reference_temperature; * * const Number dissipation_factor; * const ViscoplasticYieldLaw viscoplastic_yield_law; * * std::vector< PointHistory< dim, Number > > material_point_history; * * inline void * compute_pressure(* ConstitutiveModelRequest< dim, Number > &constitutive_request, * const point_index_t &point_index |
| * * void * | determine_delta_gamma (Number &delta_gamma, Number &alpha_n_plus_1, * const Number norm_ksi_trial, * const Number mu_bar, * const Number alpha_n, * const Number temperature, * const Number time_increment, * const Number tol, unsigned int max_iter) const |
1.16.1