Classes
class	AngularVelocityFunction

struct	NotImplementedException

class	ReferencePoint

class	RemappedPoint

class	RotationFunction

class	ScaleComponentFunction

class	ScaleZFunction

class	ThermoPlasticMaterial

class	TimeRateRequest

Enumerations
enum	TimeRateUpdateFlags { default_timerate_update_flags = 0x0000 , update_partial_time_rate = 0x0001 , update_total_time_rate = 0x0002 , update_partial_second_time_rate =0x0004 , update_total_second_time_rate =0x0008 , update_partial_time_rate_tangent =0x0010 , update_total_time_rate_tangent =0x0020 , update_partial_second_time_rate_tangent =0x0040 , update_total_second_time_rate_tangent }

Functions
* * * RotationFunction< dim, Number >::RotationFunction	Number (dim)

* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction	Number (components)

* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction *	scale_factor (scale_factor)

* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction * *	in_component (in_component)

* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction * * *	out_component (out_component)

* * * ScaleZFunction< dim, Number, components >::ScaleZFunction *	component (component)

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial *	mu (mu)

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * *	thermal_expansion_coefficient (thermal_expansion_coefficient)

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * *	thermal_conductivity (thermal_conductivity)

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * *	heat_capacity (heat_capacity)

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * * *	reference_temperature (293.15)

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * * * *	dissipation_factor (dissipation_factor)

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * * * * *	viscoplastic_yield_law (viscoplastic_yield_law)

* *	if (update_pressure &update_flags) * compute_pressure(constitutive_request

* *	if ((update_stress_deviator\|update_mechanical_dissipation) &update_flags) * compute_stress_deviator_and_d_gamma(constitutive_request

* *	if (update_heat_flux &update_flags) * compute_heat_flux(constitutive_request

* *	if (update_thermoelastic_heating &update_flags) * compute_thermo_elastic_heating(constitutive_request

* *	if (update_stored_heat &update_flags) * compute_stored_heat_rate(constitutive_request

* state_parameters	reserve (get_material_parameter_count())

* state_parameters	push_back (std::log(1+point_history.hardening_parameters.equivalent_plastic_strain))

* *	for (const auto &element :* dealii_utils::symmetric_tensor_entries(log_of_b_e))

* *	for (const auto &element :* dealii_utils::symmetric_tensor_entries(* point_history.hardening_parameters.kinematic_hardening) * )

* * state_parameters	push_back (std::log(std::pow(reference_transformation_Jacobian, 1) *point_history.material_Jacobian))

* *	for (auto &element :* dealii_utils::symmetric_tensor_entries(log_of_b_e))

* *	for (auto &element :* dealii_utils::symmetric_tensor_entries(* point_history.hardening_parameters.kinematic_hardening * ))

template<int dim, typename ViscoplasticYieldLaw , typename Number >
* * * void * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >	compute_pressure (ConstitutiveModelRequest< dim, Number > &constitutive_request, * const point_index_t &)

*	if (std::isnan(b_e_bar_next.norm()))

* constitutive_request	set_b_e_bar (b_e_bar_next)

* constitutive_request	set_mu ((0.5 *mu))

* *	if (0< trial_yield_criterion &&constitutive_request.get_is_plastic())

* constitutive_request	set_is_plastic (false)

*	if (update_stress_deviator &update_flags)

*	if (update_mechanical_dissipation &update_flags)

* endcode *The following is only necessary if the total Jacobian is	tracked (J_c *J_m)

* endcode The following is only necessary if the total Jacobian is rather than just J_m code	if (update_material_point_history &update_flags)

* constitutive_request	set_heat_flux (thermal_conductivity *thermal_gradient)

* constitutive_request	set_heat_flux_tangent_moduli (thermal_conductivity *unit_symmetric_tensor< dim, Number >())

*	if (J !=0 and previous_J !=0)

* constitutive_request	set_thermo_elastic_heating_tangent_modulus (0)

* constitutive_request	set_stored_heat_rate (stored_heat_rate)

* constitutive_request	set_stored_heat_rate_tangent_modulus (heat_capacity)

template<int dim, typename ViscoplasticYieldLaw , typename Number >
* * * * void * 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, * const unsigned int max_iter) const

template<typename ValueType , int dim, typename Number >
* * * * TimeRateRequest< ValueType, dim, Number >	TimeRateRequest (TimeRateUpdateFlags update_flags)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_value (const ValueType &value)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_previous_value (const ValueType &previous_value)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_second_previous_value (const ValueType &second_previous_value)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_time_increment (const Number time_increment)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_previous_time_increment (const Number previous_time_increment)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_previous_partial_time_rate (const ValueType &previous_partial_time_rate)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_previous_total_time_rate (const ValueType &previous_total_time_rate)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_velocity (const ::Tensor< 1, dim, Number > &velocity)

template<typename ValueType , int dim, typename Number >
* * * * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_partial_time_rate () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_total_time_rate () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_partial_second_time_rate () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_total_second_time_rate () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_partial_time_rate_tangent (const ValueType &value_increment) const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_partial_second_time_rate_tangent (const ValueType &value_increment) const

template<typename ValueType , int dim, typename Number >
* * * * * * TimeRateUpdateFlags TimeRateRequest< ValueType, dim, Number >	get_update_flags () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_value () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_previous_value () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_second_previous_value () const

template<typename ValueType , int dim, typename Number >
* * * * Number TimeRateRequest< ValueType, dim, Number >	get_time_increment () const

template<typename ValueType , int dim, typename Number >
* * * * Number TimeRateRequest< ValueType, dim, Number >	get_previous_time_increment () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_previous_partial_time_rate () const

template<typename ValueType , int dim, typename Number >
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	get_previous_total_time_rate () const

template<typename ValueType , int dim, typename Number >
* * * * ::Tensor< 1, dim, Number > TimeRateRequest< ValueType, dim, Number >	get_velocity () const

template<typename ValueType , int dim, typename Number >
* * * * * void TimeRateRequest< ValueType, dim, Number >	set_partial_time_rate (const ValueType &partial_time_rate)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_total_time_rate (const ValueType &total_time_rate)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_partial_second_time_rate (const ValueType &partial_second_time_rate)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_total_second_time_rate (const ValueType &total_second_time_rate)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_partial_time_rate_tangent (const ValueType &partial_time_rate_tangent)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_total_time_rate_tangent (const ValueType &total_time_rate_tangent)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_partial_second_time_rate_tangent (const ValueType &partial_second_time_rate_tangent)

template<typename ValueType , int dim, typename Number >
* * * * void TimeRateRequest< ValueType, dim, Number >	set_total_second_time_rate_tangent (const ValueType &total_second_time_rate_tangent)

* * * TimeRateUpdateFlags *	operator\| (TimeRateUpdateFlags f1, TimeRateUpdateFlags f2)

* * * const TimeRateUpdateFlags &*	operator\|= (TimeRateUpdateFlags &f1, TimeRateUpdateFlags f2)

* * * TimeRateUpdateFlags *	operator& (TimeRateUpdateFlags f1, TimeRateUpdateFlags f2)

* * * const TimeRateUpdateFlags &*	operator&= (TimeRateUpdateFlags &f1, TimeRateUpdateFlags f2)

* *static MPI_Comm	mpi_communicator (MPI_COMM_WORLD)

Variables
template<int dim, typename Number >
* * * RotationFunction< dim, Number >::RotationFunction

* *	point_index

template<int dim, typename ViscoplasticYieldLaw , typename Number >
* * * * std::vector< Number > ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::get_state_parameters	const

* * const PointHistory< dim, Number > &	point_history = material_point_history.at(point_index)

* * const Number	reference_transformation_Jacobian = determinant(reference_transformation)

* const auto	isochoric_reference_transformation

* * const SymmetricTensor< 2, dim, Number >	log_of_b_e

* * return	state_parameters

* size_t	cursor = 0

* * point_history hardening_parameters	equivalent_plastic_strain = std::exp(state_parameters[cursor++]) - 1

* const auto	inverse_isochoric_reference_transformation

* * point_history	plastic_strain

* * point_history	material_Jacobian = std::pow(reference_transformation_Jacobian, -1) * std::exp(state_parameters[cursor++])

* const Tensor< 2, dim, Number >	b_e = material_point_history[point_index].plastic_strain

* PointHistory< dim, Number >::HardeningParameters	hardening_parameters

* const Tensor< 2, dim, Number >	isochoric_deformation_gradient = constitutive_request.get_deformation_gradient()

* const Number	temperature = constitutive_request.get_temperature()

* const auto	b_e_bar_next

* const auto	epsilon_e_bar_next = get_log_of_tensor<>(b_e_bar_next)

* const SymmetricTensor< 2, dim, Number >	dev_stress_trial = deviator((0.5 * mu) * epsilon_e_bar_next)

*code const SymmetricTensor< 2, dim, Number >	ksi_trial

* const Number	norm_ksi_trial = ksi_trial.norm()

* const Number	mu_bar = (0.5 * mu)

*code const SymmetricTensor< 2, dim, Number >	stress_flow_direction

* const Number	time_increment = constitutive_request.get_time_increment()

* * const Number	trial_yield_criterion

*	else

* const Number	J = constitutive_request.get_deformation_Jacobian()

* const Number	previous_J = constitutive_request.get_previous_deformation_Jacobian()

* const Number	J_time_rate = constitutive_request.get_deformation_Jacobian_time_rate()

* const Number	theta = constitutive_request.get_temperature()

* const Number	previous_theta = constitutive_request.get_previous_temperature()

* * template class	ThermoPlasticMaterial< 3, ExponentialHardeningThermoviscoplasticYieldLaw< double >, double >

* template class	ThermoPlasticMaterial< 2, ExponentialHardeningThermoviscoplasticYieldLaw< double >, double >

* * template class	ThermoPlasticMaterial< 3, JohnsonCookThermoviscoplasticYieldLaw< double >, double >

* template class	ThermoPlasticMaterial< 2, JohnsonCookThermoviscoplasticYieldLaw< double >, double >

Enumeration Type Documentation

◆ TimeRateUpdateFlags

enum PlasticityLab::TimeRateUpdateFlags

protected

Enumerator
default_timerate_update_flags
update_partial_time_rate
update_total_time_rate
update_partial_second_time_rate
update_total_second_time_rate
update_partial_time_rate_tangent
update_total_time_rate_tangent
update_partial_second_time_rate_tangent
update_total_second_time_rate_tangent

Definition at line 10074 of file ALE_Finite_Strain_Plasticity.h.

Function Documentation

◆ Number() [1/2]

* * * RotationFunction< dim, Number >::RotationFunction PlasticityLab::Number ( dim )

Definition at line 8733 of file ALE_Finite_Strain_Plasticity.h.

◆ Number() [2/2]

* * * ScaleZFunction< dim, Number, components >::ScaleZFunction PlasticityLab::Number ( components )

private

◆ scale_factor()

* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction * PlasticityLab::scale_factor ( scale_factor )

private

◆ in_component()

* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction * * PlasticityLab::in_component ( in_component )

private

◆ out_component()

* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction * * * PlasticityLab::out_component ( out_component )

private

Definition at line 8826 of file ALE_Finite_Strain_Plasticity.h.

◆ component()

* * * ScaleZFunction< dim, Number, components >::ScaleZFunction * PlasticityLab::component ( component )

private

Definition at line 8885 of file ALE_Finite_Strain_Plasticity.h.

◆ mu()

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

private

◆ thermal_expansion_coefficient()

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

private

◆ thermal_conductivity()

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

private

◆ heat_capacity()

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

private

◆ reference_temperature()

* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * * * PlasticityLab::reference_temperature ( 293. 15 )

private

◆ dissipation_factor()

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

private

◆ viscoplastic_yield_law()

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

private

Definition at line 9051 of file ALE_Finite_Strain_Plasticity.h.

◆ if() [1/11]

* * PlasticityLab::if ( update_pressure & update_flags )

private

◆ if() [2/11]

* * PlasticityLab::if ( (update_stress_deviator|update_mechanical_dissipation) & update_flags )

private

◆ if() [3/11]

* * PlasticityLab::if ( update_heat_flux & update_flags )

private

◆ if() [4/11]

* * PlasticityLab::if ( update_thermoelastic_heating & update_flags )

private

◆ if() [5/11]

* * PlasticityLab::if ( update_stored_heat & update_flags )

private

◆ reserve()

* state_parameters PlasticityLab::reserve ( get_material_parameter_count() )

private

◆ push_back() [1/2]

* state_parameters PlasticityLab::push_back ( std::log(1+point_history.hardening_parameters.equivalent_plastic_strain) )

private

◆ for() [1/4]

* * PlasticityLab::for ( const auto &element :* dealii_utils::symmetric_tensor_entrieslog_of_b_e )

private

Definition at line 9100 of file ALE_Finite_Strain_Plasticity.h.

◆ for() [2/4]

* * PlasticityLab::for ( const auto &element :* dealii_utils::symmetric_tensor_entries(* point_history.hardening_parameters.kinematic_hardening) * )

private

Definition at line 9105 of file ALE_Finite_Strain_Plasticity.h.

◆ push_back() [2/2]

* * state_parameters PlasticityLab::push_back ( std::log(std::pow(reference_transformation_Jacobian, 1) *point_history.material_Jacobian) )

private

◆ for() [3/4]

* * PlasticityLab::for ( auto &element :* dealii_utils::symmetric_tensor_entrieslog_of_b_e )

private

Definition at line 9134 of file ALE_Finite_Strain_Plasticity.h.

◆ for() [4/4]

* * PlasticityLab::for ( auto &element :* dealii_utils::symmetric_tensor_entries* point_history.hardening_parameters.kinematic_hardening * )

private

Definition at line 9148 of file ALE_Finite_Strain_Plasticity.h.

◆ compute_pressure()

template<int dim, typename ViscoplasticYieldLaw , typename Number >

* * * void * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > PlasticityLab::compute_pressure	(	ConstitutiveModelRequest< dim, Number > &	constitutive_request,
		* const point_index_t &
	)

inlineprivate

Definition at line 9192 of file ALE_Finite_Strain_Plasticity.h.

◆ if() [6/11]

* PlasticityLab::if ( std::isnan(b_e_bar_next.norm()) )

private

Definition at line 9226 of file ALE_Finite_Strain_Plasticity.h.

◆ set_b_e_bar()

* constitutive_request PlasticityLab::set_b_e_bar ( b_e_bar_next )

private

◆ set_mu()

* constitutive_request PlasticityLab::set_mu ( (0.5 *mu) )

private

◆ if() [7/11]

* * PlasticityLab::if ( )

private

Definition at line 9263 of file ALE_Finite_Strain_Plasticity.h.

◆ set_is_plastic()

* constitutive_request PlasticityLab::set_is_plastic ( false )

private

◆ if() [8/11]

*endcode **The following is only necessary for the elastic case when b_e is tracked instead of G_p **code * PlasticityLab::if ( update_stress_deviator & update_flags )

private

Definition at line 9398 of file ALE_Finite_Strain_Plasticity.h.

◆ if() [9/11]

* PlasticityLab::if ( update_mechanical_dissipation & update_flags )

private

Definition at line 9403 of file ALE_Finite_Strain_Plasticity.h.

◆ tracked()

* *endcode **The following is only necessary if the total Jacobian is PlasticityLab::tracked ( J_c * J_m )

private

◆ if() [10/11]

* *endcode **The following is only necessary if the total Jacobian is rather than just J_m **code * PlasticityLab::if ( update_material_point_history & update_flags )

private

Definition at line 9423 of file ALE_Finite_Strain_Plasticity.h.

◆ set_heat_flux()

* constitutive_request PlasticityLab::set_heat_flux ( thermal_conductivity * thermal_gradient )

private

◆ set_heat_flux_tangent_moduli()

* constitutive_request PlasticityLab::set_heat_flux_tangent_moduli ( thermal_conductivity *unit_symmetric_tensor< dim, Number > () )

private

◆ if() [11/11]

* PlasticityLab::if ( J ! = 0 and previous_J != 0 )

private

Definition at line 9450 of file ALE_Finite_Strain_Plasticity.h.

◆ set_thermo_elastic_heating_tangent_modulus()

* constitutive_request PlasticityLab::set_thermo_elastic_heating_tangent_modulus ( 0 )

private

◆ set_stored_heat_rate()

* constitutive_request PlasticityLab::set_stored_heat_rate ( stored_heat_rate )

private

◆ set_stored_heat_rate_tangent_modulus()

* constitutive_request PlasticityLab::set_stored_heat_rate_tangent_modulus ( heat_capacity )

private

◆ determine_delta_gamma()

template<int dim, typename ViscoplasticYieldLaw , typename Number >

* * * * void * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > PlasticityLab::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,
		* const unsigned int	max_iter
	)		const

inlineprivate

Definition at line 9479 of file ALE_Finite_Strain_Plasticity.h.