PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > Class Template Reference

Detailed Description

template<int dim, typename ViscoplasticYieldLaw, typename Number = double>
class PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >

Definition at line 9567 of file ALE_Finite_Strain_Plasticity.h.

Inheritance diagram for PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >:

Public Member Functions
*	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

Public Attributes
*  *  void compute_constitutive_request	override
*  *  void compute_stress_deviator_and_d_gamma *
*  *  void compute_heat_flux *
*  *  void compute_thermo_elastic_heating *
*  *  void compute_stored_heat_rate *

Constructor & Destructor Documentation

ThermoPlasticMaterial()

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::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
	)

~ThermoPlasticMaterial()

template<int dim, typename ViscoplasticYieldLaw , typename Number >

*  *  *  PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::~ThermoPlasticMaterial ( )

virtual

Definition at line 9054 of file ALE_Finite_Strain_Plasticity.h.

Member Function Documentation

get_material_Jacobian()

template<int dim, typename ViscoplasticYieldLaw , typename Number >

*  *  *  *  Number PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::get_material_Jacobian ( const point_index_t &  point_index ) const

override

Definition at line 9159 of file ALE_Finite_Strain_Plasticity.h.

get_plastic_strain()

template<int dim, typename ViscoplasticYieldLaw , typename Number >

*  *  *  * ::SymmetricTensor< 2, dim, Number > PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::get_plastic_strain ( const point_index_t &  point_index ) const

override

Definition at line 9165 of file ALE_Finite_Strain_Plasticity.h.

 ()

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  *  std::vector< Number > get_state_parameters * PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::

(

)

const &

determine_delta_gamma()

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  *  void *  PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::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

inline

Member Data Documentation

override

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  *   void compute_constitutive_request   PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::override

Definition at line 9581 of file ALE_Finite_Strain_Plasticity.h.

  [1/4]

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  *   void compute_stress_deviator_and_d_gamma * PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::

Definition at line 9627 of file ALE_Finite_Strain_Plasticity.h.

  [2/4]

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  *   void compute_heat_flux * PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::

Definition at line 9631 of file ALE_Finite_Strain_Plasticity.h.

  [3/4]

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  *   void compute_thermo_elastic_heating * PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::

Definition at line 9635 of file ALE_Finite_Strain_Plasticity.h.

  [4/4]

template<int dim, typename ViscoplasticYieldLaw , typename Number = double>

*  *   void compute_stored_heat_rate * PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::

Definition at line 9639 of file ALE_Finite_Strain_Plasticity.h.

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The documentation for this class was generated from the following file:

• doc/doxygen/code-gallery/ALE_Finite_Strain_Plasticity.h