Classes
class	PlasticityLab::ReferencePoint< dim, Number >
class	PlasticityLab::RemappedPoint< dim, Number >
class	PlasticityLab::RotationFunction< dim, Number >
class	PlasticityLab::AngularVelocityFunction< dim, Number >
class	PlasticityLab::ScaleComponentFunction< dim, Number, components >
class	PlasticityLab::ScaleZFunction< dim, Number, components >
class	PlasticityLab::ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >
class	PlasticityLab::TimeRateRequest< ValueType, dim, Number >
struct	PlasticityLab::NotImplementedException

Namespaces
namespace	PlasticityLab

Typedefs
using	value_type = Number
using	difference_type = std::ptrdiff_t
using	pointer = Number *
using	reference = Number &

Enumerations

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

Functions
***mech_lbc_system increment_interpolation_handlers	push_back (scale_z_handler)
***code mech_lbc_system boundaryLoadAppliers push_back *	(* 3, BodyForceApplier< dim, Number >(dim-1, -40))
* mech_lbc_system boundary_unidirectional_penalty_specs	push_back (top_surface_unidirectional_penalty_spec)
*mech_lbc_system initial_velocity_interpolation_handlers	push_back (constant_velocity_handler)
mech_lbc_system interpolatoryConstraintAppliers push_back	InterpolatoryConstraintApplier (top_constraint_function_map, y_component_mask)
* mech_lbc_system increment_interpolation_handlers	push_back (scale_rotation_increment)
* mech_lbc_system initial_velocity_interpolation_handlers	push_back (constant_angular_velocity_handler)
*	NeckingTaperTransform (double factor)
* * Point< dim >	operator() (const Point< dim > &p) const *
* * GridGenerator::subdivided_hyper_rectangle *	(0, base_coordinate), * Point< dim >(radius, top_coordinate), * true *
***code ComponentMask	x_component_mask (dim+1, false)
* x_component_mask	set (0, true)
* ComponentMask	y_component_mask (dim+1, false)
* y_component_mask	set (1, true)
* ComponentMask	z_component_mask (dim+1, false)
* z_component_mask	set (dim-1, true)
* ComponentMask	rho_component_mask (dim+1, false)
* rho_component_mask	set (dim, true)
* base_constraint_function_map insert *	(2, &mech_lbc_system.zero_function)
* mech_lbc_system interpolatoryConstraintAppliers push_back *	(* base_constraint_function_map, * y_component_mask)
* top_constraint_function_map insert *	(3, &mech_lbc_system.zero_function)
* yz_constraint_function_map insert *	(0, &mech_lbc_system.zero_function)
* therm_lbc_system convection_BC_appliers push_back *	(* 1, * ConvectionBoundaryConditionApplier< dim, Number >(* 0, convection_coefficient, ambient_temperature))
* * GridGenerator::subdivided_hyper_rectangle *	(0, 0), * Point< dim >(radius, height), * true *
* * mech_lbc_system increment_interpolation_handlers	push_back (push_z_handler)
***mech_lbc_system initial_deformation_interpolation_handlers	push_back (constant_velocity_angular_handler)
therm_dof_system interpolatoryConstraintAppliers push_back	InterpolatoryConstraintApplier (*thermal_constraint_function_map, ComponentMask(1, true))
* * GridGenerator::half_hyper_ball *	(0, -10), * outer_radius *
* *	for (const auto &cell :triangulation.active_cell_iterators())
* * triangulation	refine_global (n_initial_global_refinements)
* * mech_lbc_system boundaryLoadAppliers push_back *	(* 1, BodyForceApplier< dim, Number >(dim, 0.8 *4.50e1))
* ComponentMask	all_component_mask (dim+1, true)
* yz_constraint_function_map insert *	(1, &mech_lbc_system.zero_function)
* down_constraint_function_map insert *	(INNER_BOUNDARY_ID, &mech_lbc_system.zero_function)
***code ComponentMask	x_component_mask (dim, false)
* ComponentMask	y_component_mask (3, false)
* ComponentMask	z_component_mask (dim, false)
* * * RotationFunction< dim, Number >::RotationFunction	PlasticityLab::Number (dim)
* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction	PlasticityLab::Number (components)
* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction *	PlasticityLab::scale_factor (scale_factor)
* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction * *	PlasticityLab::in_component (in_component)
* * * ScaleComponentFunction< dim, Number, components >::ScaleComponentFunction * * *	PlasticityLab::out_component (out_component)
* * * ScaleZFunction< dim, Number, components >::ScaleZFunction *	PlasticityLab::component (component)
* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial *	PlasticityLab::mu (mu)
* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * *	PlasticityLab::thermal_expansion_coefficient (thermal_expansion_coefficient)
* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * *	PlasticityLab::thermal_conductivity (thermal_conductivity)
* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * *	PlasticityLab::heat_capacity (heat_capacity)
* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * * *	PlasticityLab::reference_temperature (293.15)
* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * * * *	PlasticityLab::dissipation_factor (dissipation_factor)
* * * ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number > ThermoPlasticMaterial * * * * * * *	PlasticityLab::viscoplastic_yield_law (viscoplastic_yield_law)
* *	PlasticityLab::if (update_pressure &update_flags) * compute_pressure(constitutive_request
* *	PlasticityLab::if ((update_stress_deviator\|update_mechanical_dissipation) &update_flags) * compute_stress_deviator_and_d_gamma(constitutive_request
* *	PlasticityLab::if (update_heat_flux &update_flags) * compute_heat_flux(constitutive_request
* *	PlasticityLab::if (update_thermoelastic_heating &update_flags) * compute_thermo_elastic_heating(constitutive_request
* *	PlasticityLab::if (update_stored_heat &update_flags) * compute_stored_heat_rate(constitutive_request
* state_parameters	PlasticityLab::reserve (get_material_parameter_count())
* state_parameters	PlasticityLab::push_back (std::log(1+point_history.hardening_parameters.equivalent_plastic_strain))
* *	PlasticityLab::for (const auto &element :* dealii_utils::symmetric_tensor_entries(log_of_b_e))
* *	PlasticityLab::for (const auto &element :* dealii_utils::symmetric_tensor_entries(* point_history.hardening_parameters.kinematic_hardening) * )
* * state_parameters	PlasticityLab::push_back (std::log(std::pow(reference_transformation_Jacobian, 1) *point_history.material_Jacobian))
* *	PlasticityLab::for (auto &element :* dealii_utils::symmetric_tensor_entries(log_of_b_e))
* *	PlasticityLab::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 >	PlasticityLab::compute_pressure (ConstitutiveModelRequest< dim, Number > &constitutive_request, * const point_index_t &)
*	PlasticityLab::if (std::isnan(b_e_bar_next.norm()))
* constitutive_request	PlasticityLab::set_b_e_bar (b_e_bar_next)
* constitutive_request	PlasticityLab::set_mu ((0.5 *mu))
* *	PlasticityLab::if (0< trial_yield_criterion &&constitutive_request.get_is_plastic())
* constitutive_request	PlasticityLab::set_is_plastic (false)
*	PlasticityLab::if (update_stress_deviator &update_flags)
*	PlasticityLab::if (update_mechanical_dissipation &update_flags)
* endcode *The following is only necessary if the total Jacobian is	PlasticityLab::tracked (J_c *J_m)
* 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)
* constitutive_request	PlasticityLab::set_heat_flux (thermal_conductivity *thermal_gradient)
* constitutive_request	PlasticityLab::set_heat_flux_tangent_moduli (thermal_conductivity *unit_symmetric_tensor< dim, Number >())
*	PlasticityLab::if (J !=0 and previous_J !=0)
* constitutive_request	PlasticityLab::set_thermo_elastic_heating_tangent_modulus (0)
* constitutive_request	PlasticityLab::set_stored_heat_rate (stored_heat_rate)
* constitutive_request	PlasticityLab::set_stored_heat_rate_tangent_modulus (heat_capacity)
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
template<typename ValueType, int dim, typename Number>
* * * * TimeRateRequest< ValueType, dim, Number >	PlasticityLab::TimeRateRequest (TimeRateUpdateFlags update_flags)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_value (const ValueType &value)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_previous_value (const ValueType &previous_value)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_second_previous_value (const ValueType &second_previous_value)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_time_increment (const Number time_increment)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_previous_time_increment (const Number previous_time_increment)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_previous_partial_time_rate (const ValueType &previous_partial_time_rate)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_previous_total_time_rate (const ValueType &previous_total_time_rate)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_velocity (const ::Tensor< 1, dim, Number > &velocity)
template<typename ValueType, int dim, typename Number>
* * * * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_partial_time_rate () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_total_time_rate () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_partial_second_time_rate () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_total_second_time_rate () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_partial_time_rate_tangent (const ValueType &value_increment) const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_partial_second_time_rate_tangent (const ValueType &value_increment) const
template<typename ValueType, int dim, typename Number>
* * * * * * TimeRateUpdateFlags TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_update_flags () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_value () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_previous_value () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_second_previous_value () const
template<typename ValueType, int dim, typename Number>
* * * * Number TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_time_increment () const
template<typename ValueType, int dim, typename Number>
* * * * Number TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_previous_time_increment () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_previous_partial_time_rate () const
template<typename ValueType, int dim, typename Number>
* * * * ValueType TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_previous_total_time_rate () const
template<typename ValueType, int dim, typename Number>
* * * * ::Tensor< 1, dim, Number > TimeRateRequest< ValueType, dim, Number >	PlasticityLab::get_velocity () const
template<typename ValueType, int dim, typename Number>
* * * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_partial_time_rate (const ValueType &partial_time_rate)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_total_time_rate (const ValueType &total_time_rate)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_partial_second_time_rate (const ValueType &partial_second_time_rate)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_total_second_time_rate (const ValueType &total_second_time_rate)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_partial_time_rate_tangent (const ValueType &partial_time_rate_tangent)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::set_total_time_rate_tangent (const ValueType &total_time_rate_tangent)
template<typename ValueType, int dim, typename Number>
* * * * void TimeRateRequest< ValueType, dim, Number >	PlasticityLab::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 >	PlasticityLab::set_total_second_time_rate_tangent (const ValueType &total_second_time_rate_tangent)
* * * TimeRateUpdateFlags *	PlasticityLab::operator\| (TimeRateUpdateFlags f1, TimeRateUpdateFlags f2)
* * * const TimeRateUpdateFlags &*	PlasticityLab::operator\|= (TimeRateUpdateFlags &f1, TimeRateUpdateFlags f2)
* * * TimeRateUpdateFlags *	PlasticityLab::operator& (TimeRateUpdateFlags f1, TimeRateUpdateFlags f2)
* * * const TimeRateUpdateFlags &*	PlasticityLab::operator&= (TimeRateUpdateFlags &f1, TimeRateUpdateFlags f2)
* * endcode< a name="ann-src/main.cpp"></a >< h1 > Annotated version of src main cpp</h1 > Ansi style * * PlasticityLab::ThermoPlasticMaterial< DIM+1, PlasticityLab::JohnsonCookThermoviscoplasticYieldLaw< double >, double > *	getJohnsonCookThermoPlasticMaterial ()
* * int	main (int argc, char **argv)
* * PlasticityLab::ThermoPlasticMaterial< DIM+1, PlasticityLab::ExponentialHardeningThermoviscoplasticYieldLaw< double >, double > *	getExponentialHardeningThermoPlasticMaterial ()
* *	SymmetricTensorMutableEntriesView (tensor_type &t)
* *	iterator ()=default
*	iterator (tensor_type *t, unsigned int i)
* * reference	operator* () const
* * iterator &	operator++ ()
* iterator	operator++ (int)
* * friend bool	operator== (const iterator &a, const iterator &b) *
* friend bool	operator!= (const iterator &a, const iterator &b)
* *	const_iterator ()
*	const_iterator (const tensor_type *t, unsigned int i)
* * friend bool	operator== (const const_iterator &a, const const_iterator &b) *
* friend bool	operator!= (const const_iterator &a, const const_iterator &b)
* * iterator	begin ()
* iterator	end ()
* const_iterator	cbegin () const
* const_iterator	cend () const
template<int rank, int dim, typename Number>
* * endcode Factories code * SymmetricTensorConstEntriesView< rank, dim, Number > *	symmetric_tensor_entries (const ::SymmetricTensor< rank, dim, Number > &t) *
template<int rank, int dim, typename Number>
* * * SymmetricTensorMutableEntriesView< rank, dim, Number > *	symmetric_tensor_entries (::SymmetricTensor< rank, dim, Number > &t) *
* *static MPI_Comm	PlasticityLab::mpi_communicator (MPI_COMM_WORLD)

Variables
***const Number	total_elongation = 2 * 80.0
*const Number	elongation_rate = time_since_start < 6.0? 0.05 : 1.75
*const unsigned int	n_steps = ceil(total_elongation/(elongation_rate*time_increment))
*auto	scale_z_handler
* * auto	top_surface_unidirectional_penalty_spec = new BoundaryUnidirectionalPenaltySpec<Number>(3, 1e-2, 0, 1e4 / (time_increment * time_increment) )
* endcode *auto	constant_velocity_handler
std::map< types::boundary_id, const Function< dim, Number > >	top_constraint_function_map
***code const Number	drive_speed = 0.8*314.159/3.0
* * auto	scale_rotation_increment
* * auto	constant_angular_velocity_handler
template<int dim>
* * * struct InterferenceTaperTransform *
* const Number	radius = 6.413
* * const Number	top_coordinate = height/2
* const Number	base_coordinate = 0.0
* const unsigned int	base_repetitions = std::pow(2, n_initial_global_refinements)
* const unsigned int	aspect_ratio = std::ceil(0.5 * height / radius)
* * std::map< types::boundary_id, const Function< dim, Number > * >	base_constraint_function_map
* * std::map< types::boundary_id, const Function< dim, Number > * >	yz_constraint_function_map
* * std::map< types::boundary_id, const Function< dim, Number > * >	top_rotation_constraint_function_map
* * std::map< types::boundary_id, const Function< dim, Number > * >	axial_rotation_constraint_function_map
* endcode Thermal constraints code const Number	convection_coefficient = 17.5e-6
* * auto	push_z_handler
* endcode *auto	constant_velocity_angular_handler
* endcode std::map< types::boundary_id, const Function< dim, Number > >	thermal_constraint_function_map
* * const Number	outer_radius = 60.0
* * std::map< types::boundary_id, const Function< dim, Number > * >	down_constraint_function_map
* const Number	height = 25.4
* * std::map< types::boundary_id, const Function< dim, Number > * >	axial_constraint_function_map
template<int dim, typename Number>
* * * RotationFunction< dim, Number >::RotationFunction	PlasticityLab::
* *	PlasticityLab::point_index
template<int dim, typename ViscoplasticYieldLaw, typename Number>
* * * * std::vector< Number > ThermoPlasticMaterial< dim, ViscoplasticYieldLaw, Number >::get_state_parameters	PlasticityLab::const
* * const PointHistory< dim, Number > &	PlasticityLab::point_history = material_point_history.at(point_index)
* * const Number	PlasticityLab::reference_transformation_Jacobian = determinant(reference_transformation)
* const auto	PlasticityLab::isochoric_reference_transformation
* * const SymmetricTensor< 2, dim, Number >	PlasticityLab::log_of_b_e
* * return	PlasticityLab::state_parameters
* size_t	PlasticityLab::cursor = 0
* * point_history hardening_parameters	PlasticityLab::equivalent_plastic_strain = std::exp(state_parameters[cursor++]) - 1
* const auto	PlasticityLab::inverse_isochoric_reference_transformation
* * point_history	PlasticityLab::plastic_strain
* * point_history	PlasticityLab::material_Jacobian = std::pow(reference_transformation_Jacobian, -1) * std::exp(state_parameters[cursor++])
* const Tensor< 2, dim, Number >	PlasticityLab::b_e = material_point_history[point_index].plastic_strain
* PointHistory< dim, Number >::HardeningParameters	PlasticityLab::hardening_parameters
* const Tensor< 2, dim, Number >	PlasticityLab::isochoric_deformation_gradient = constitutive_request.get_deformation_gradient()
* const Number	PlasticityLab::temperature = constitutive_request.get_temperature()
* const auto	PlasticityLab::b_e_bar_next
* const auto	PlasticityLab::epsilon_e_bar_next = get_log_of_tensor<>(b_e_bar_next)
* const SymmetricTensor< 2, dim, Number >	PlasticityLab::dev_stress_trial = deviator((0.5 * mu) * epsilon_e_bar_next)
*code const SymmetricTensor< 2, dim, Number >	PlasticityLab::ksi_trial
* const Number	PlasticityLab::norm_ksi_trial = ksi_trial.norm()
* const Number	PlasticityLab::mu_bar = (0.5 * mu)
*code const SymmetricTensor< 2, dim, Number >	PlasticityLab::stress_flow_direction
* const Number	PlasticityLab::time_increment = constitutive_request.get_time_increment()
* * const Number	PlasticityLab::trial_yield_criterion
*	PlasticityLab::else
* const Number	PlasticityLab::J = constitutive_request.get_deformation_Jacobian()
* const Number	PlasticityLab::previous_J = constitutive_request.get_previous_deformation_Jacobian()
* const Number	PlasticityLab::J_time_rate = constitutive_request.get_deformation_Jacobian_time_rate()
* const Number	PlasticityLab::theta = constitutive_request.get_temperature()
* const Number	PlasticityLab::previous_theta = constitutive_request.get_previous_temperature()
* * template class	PlasticityLab::ThermoPlasticMaterial< 3, ExponentialHardeningThermoviscoplasticYieldLaw< double >, double >
* template class	PlasticityLab::ThermoPlasticMaterial< 2, ExponentialHardeningThermoviscoplasticYieldLaw< double >, double >
* * template class	PlasticityLab::ThermoPlasticMaterial< 3, JohnsonCookThermoviscoplasticYieldLaw< double >, double >
* template class	PlasticityLab::ThermoPlasticMaterial< 2, JohnsonCookThermoviscoplasticYieldLaw< double >, double >
* tensor_type *	t_ = nullptr
* unsigned int	i_ = 0

Typedef Documentation

◆ value_type

using value_type = Number

Definition at line 10361 of file ALE_Finite_Strain_Plasticity.h.

◆ difference_type

using difference_type = std::ptrdiff_t

Definition at line 10362 of file ALE_Finite_Strain_Plasticity.h.

◆ pointer

typedef const Number * pointer = Number *

Definition at line 10363 of file ALE_Finite_Strain_Plasticity.h.

◆ reference

typedef const Number & reference = Number &

Definition at line 10364 of file ALE_Finite_Strain_Plasticity.h.

Function Documentation

◆ push_back() [1/7]

* * mech_lbc_system increment_interpolation_handlers push_back ( scale_z_handler )

◆ () [1/12]

***code mech_lbc_system boundaryLoadAppliers push_back *	(	*	3,
		BodyForceApplier< dim, Number >	dim-1, -40 )

◆ push_back() [2/7]

* mech_lbc_system boundary_unidirectional_penalty_specs push_back ( top_surface_unidirectional_penalty_spec )

◆ push_back() [3/7]

* * mech_lbc_system initial_velocity_interpolation_handlers push_back ( constant_velocity_handler )

◆ InterpolatoryConstraintApplier() [1/2]

mech_lbc_system interpolatoryConstraintAppliers push_back InterpolatoryConstraintApplier	(	*	top_constraint_function_map,
		*	y_component_mask )

◆ push_back() [4/7]

* mech_lbc_system increment_interpolation_handlers push_back ( scale_rotation_increment )

◆ push_back() [5/7]

* mech_lbc_system initial_velocity_interpolation_handlers push_back ( constant_angular_velocity_handler )

◆ NeckingTaperTransform()

* NeckingTaperTransform ( double factor )

Definition at line 7915 of file ALE_Finite_Strain_Plasticity.h.

◆ operator()()

* * Point< dim > operator() ( const Point< dim > & p ) const

Definition at line 7917 of file ALE_Finite_Strain_Plasticity.h.

◆ () [2/12]

* * GridGenerator::subdivided_hyper_rectangle *	(	0	,
		base_coordinate	)

◆ x_component_mask() [1/2]

* * ComponentMask x_component_mask	(	dim+	1,
		false	)

◆ set() [1/4]

* x_component_mask set	(	0	,
		true	)

◆ y_component_mask() [1/2]

* ComponentMask y_component_mask	(	dim+	1,
		false	)

◆ set() [2/4]

* y_component_mask set	(	1	,
		true	)

◆ z_component_mask() [1/2]

* ComponentMask z_component_mask	(	dim+	1,
		false	)

◆ set() [3/4]

* z_component_mask set	(	dim-	1,
		true	)

◆ rho_component_mask()

* ComponentMask rho_component_mask	(	dim+	1,
		false	)

◆ set() [4/4]

* rho_component_mask set	(	dim	,
		true	)

◆ () [3/12]

* base_constraint_function_map insert *	(	2	,
		&mech_lbc_system.	zero_function )

◆ () [4/12]

* mech_lbc_system interpolatoryConstraintAppliers push_back *	(	*	base_constraint_function_map,
		*	y_component_mask )

◆ () [5/12]

* top_constraint_function_map insert *	(	3	,
		&mech_lbc_system.	zero_function )

◆ () [6/12]

* yz_constraint_function_map insert *	(	0	,
		&mech_lbc_system.	zero_function )

◆ () [7/12]

* therm_lbc_system convection_BC_appliers push_back *	(	*	1,
		* ConvectionBoundaryConditionApplier< dim, Number > *0,,	ambient_temperature )

◆ () [8/12]

* * GridGenerator::subdivided_hyper_rectangle *	(	0	,
		0	)

◆ push_back() [6/7]

* * mech_lbc_system increment_interpolation_handlers push_back ( push_z_handler )

◆ push_back() [7/7]

* * mech_lbc_system initial_deformation_interpolation_handlers push_back ( constant_velocity_angular_handler )

◆ InterpolatoryConstraintApplier() [2/2]

therm_dof_system interpolatoryConstraintAppliers push_back InterpolatoryConstraintApplier	(	*	thermal_constraint_function_map,
		ComponentMask(1, true)	)

◆ () [9/12]

* * GridGenerator::half_hyper_ball *	(	0	,
		-	10 )

◆ for()

* * for ( const auto &cell :triangulation. active_cell_iterators() )

Definition at line 8219 of file ALE_Finite_Strain_Plasticity.h.

◆ refine_global()

* * triangulation refine_global ( n_initial_global_refinements )

◆ () [10/12]

* * mech_lbc_system boundaryLoadAppliers push_back *	(	*	1,
		BodyForceApplier< dim, Number >	dim, 0.8 *4.50e1 )

◆ all_component_mask()

* ComponentMask all_component_mask	(	dim+	1,
		true	)

◆ () [11/12]

* yz_constraint_function_map insert *	(	1	,
		&mech_lbc_system.	zero_function )

◆ () [12/12]

* down_constraint_function_map insert *	(	INNER_BOUNDARY_ID	,
		&mech_lbc_system.	zero_function )

◆ x_component_mask() [2/2]

***code ComponentMask x_component_mask	(	dim	,
		false	)

◆ y_component_mask() [2/2]

* ComponentMask y_component_mask	(	3	,
		false	)

◆ z_component_mask() [2/2]

* ComponentMask z_component_mask	(	dim	,
		false	)

◆ getJohnsonCookThermoPlasticMaterial()

* * PlasticityLab::ThermoPlasticMaterial< DIM+1, PlasticityLab::JohnsonCookThermoviscoplasticYieldLaw< double >, double > * getJohnsonCookThermoPlasticMaterial ( )

Definition at line 10242 of file ALE_Finite_Strain_Plasticity.h.

◆ main()

* * int main	(	int	argc,
		char **	argv )

Definition at line 10172 of file ALE_Finite_Strain_Plasticity.h.

◆ getExponentialHardeningThermoPlasticMaterial()

* * PlasticityLab::ThermoPlasticMaterial< DIM+1, PlasticityLab::ExponentialHardeningThermoviscoplasticYieldLaw< double >, double > * getExponentialHardeningThermoPlasticMaterial ( )

Definition at line 10207 of file ALE_Finite_Strain_Plasticity.h.

◆ SymmetricTensorMutableEntriesView()

* * SymmetricTensorMutableEntriesView ( tensor_type & t )

explicit

Definition at line 10355 of file ALE_Finite_Strain_Plasticity.h.

◆ iterator() [1/2]

* * iterator ( )

default

◆ iterator() [2/2]

* iterator	(	tensor_type *	t,
		unsigned int	i )

Definition at line 10367 of file ALE_Finite_Strain_Plasticity.h.

◆ operator*()

* * reference operator* ( ) const

Definition at line 10369 of file ALE_Finite_Strain_Plasticity.h.

◆ operator++() [1/2]

* * const_iterator & operator++ ( )

Definition at line 10371 of file ALE_Finite_Strain_Plasticity.h.

◆ operator++() [2/2]

* const_iterator operator++ ( int )

Definition at line 10372 of file ALE_Finite_Strain_Plasticity.h.

◆ operator==() [1/2]

* * friend bool operator==	(	const iterator &	a,
		const iterator &	b )

Definition at line 10374 of file ALE_Finite_Strain_Plasticity.h.

◆ operator!=() [1/2]

* friend bool operator!=	(	const iterator &	a,
		const iterator &	b )

Definition at line 10378 of file ALE_Finite_Strain_Plasticity.h.

◆ const_iterator() [1/2]

* * const_iterator ( )

privatedefault

Definition at line 183 of file petsc_matrix_base.h.

◆ const_iterator() [2/2]

* const_iterator	(	const tensor_type *	t,
		unsigned int	i )

private

Definition at line 10395 of file ALE_Finite_Strain_Plasticity.h.

◆ operator==() [2/2]

* * friend bool operator==	(	const const_iterator &	a,
		const const_iterator &	b )

private

Definition at line 10402 of file ALE_Finite_Strain_Plasticity.h.

◆ operator!=() [2/2]

* friend bool operator!=	(	const const_iterator &	a,
		const const_iterator &	b )

private

Definition at line 10406 of file ALE_Finite_Strain_Plasticity.h.

◆ begin()

* * const_iterator begin ( )

private

Definition at line 10413 of file ALE_Finite_Strain_Plasticity.h.

◆ end()

* const_iterator end ( )

private

Definition at line 10414 of file ALE_Finite_Strain_Plasticity.h.

◆ cbegin()

* const_iterator cbegin ( ) const

private

Definition at line 10418 of file ALE_Finite_Strain_Plasticity.h.

◆ cend()

* const_iterator cend ( ) const

private

Definition at line 10419 of file ALE_Finite_Strain_Plasticity.h.

◆ symmetric_tensor_entries() [1/2]

template<int rank, int dim, typename Number>

* * *endcode **Factories **code * * SymmetricTensorConstEntriesView< rank, dim, Number > * symmetric_tensor_entries ( const ::SymmetricTensor< rank, dim, Number > & t )

private

Definition at line 10433 of file ALE_Finite_Strain_Plasticity.h.

◆ symmetric_tensor_entries() [2/2]

template<int rank, int dim, typename Number>

* * * SymmetricTensorMutableEntriesView< rank, dim, Number > * symmetric_tensor_entries ( ::SymmetricTensor< rank, dim, Number > & t )

private

Definition at line 10440 of file ALE_Finite_Strain_Plasticity.h.

Variable Documentation

◆ total_elongation

* * const Number total_elongation = 2 * 80.0

Definition at line 7807 of file ALE_Finite_Strain_Plasticity.h.

◆ elongation_rate

* const Number elongation_rate = time_since_start < 6.0? 0.05 : 1.75

Definition at line 7808 of file ALE_Finite_Strain_Plasticity.h.

◆ n_steps

* const unsigned int n_steps = ceil(total_elongation/(elongation_rate*time_increment))

Definition at line 7809 of file ALE_Finite_Strain_Plasticity.h.

◆ scale_z_handler

* * auto scale_z_handler

Initial value:

                      = new IncrementInterpolationHandler<dim, Number, dim+1>(
* new ConstantFunction<dim, Number>({0, -total_elongation/(static_cast<Number>(n_steps)), 0}),
* true,
* y_component_mask,
* false,
* ComponentMask(dim+1, false),
* 3,
* mapping)

Definition at line 7810 of file ALE_Finite_Strain_Plasticity.h.

◆ top_surface_unidirectional_penalty_spec

* * auto top_surface_unidirectional_penalty_spec = new BoundaryUnidirectionalPenaltySpec<Number>(3, 1e-2, 0, 1e4 / (time_increment * time_increment) )

Definition at line 7831 of file ALE_Finite_Strain_Plasticity.h.

◆ constant_velocity_handler

* * auto constant_velocity_handler

Initial value:

                                = new IncrementInterpolationHandler<dim, Number, dim+1>(
* new ScaleZFunction<dim, Number, dim+1>(-total_elongation/(static_cast<Number>(n_steps)*time_increment), dim-1),
* true,
* y_component_mask,
* false,
* ComponentMask(dim+1, false),
* 0,
* mapping)

Definition at line 7836 of file ALE_Finite_Strain_Plasticity.h.

◆ top_constraint_function_map

* * std::map< types::boundary_id, const Function< dim, Number > * > top_constraint_function_map

Definition at line 7845 of file ALE_Finite_Strain_Plasticity.h.

◆ drive_speed

* * const Number drive_speed = 0.8*314.159/3.0

Definition at line 7857 of file ALE_Finite_Strain_Plasticity.h.

◆ scale_rotation_increment

* * auto scale_rotation_increment

Initial value:

                                      = new IncrementInterpolationHandler<dim, Number, dim+1>(
*               new ScaleComponentFunction<dim, Number, dim+1>(drive_speed * time_increment, 0, dim),
*               true,
*               rho_component_mask,
*               false,
*               ComponentMask(dim+1, false),
*               3,
*               mapping)

Definition at line 7859 of file ALE_Finite_Strain_Plasticity.h.

◆ constant_angular_velocity_handler

* auto constant_angular_velocity_handler

Initial value:

                                               = new IncrementInterpolationHandler<dim, Number, dim+1>(
*               new ScaleComponentFunction<dim, Number, dim+1>(drive_speed, 0, dim),
*               true,
*               rho_component_mask,
*               false,
*               ComponentMask(dim+1, false),
*               3,
*               mapping)

Definition at line 7869 of file ALE_Finite_Strain_Plasticity.h.

◆

template<int dim>

* std::vector< Tensor< 1, 2, ADNumberType > > old_solution_grad *

Initial value:

{
 *     Point<dim> operator()(const Point<dim> &p) const
 *     {
 *       Point<dim> q = p;
 *       if (p[0]>=35 && p[0]<=300 && p[1]<=0 && p[1]>=-150)
 *       {
 *         q[0] += 5 * ((p[1] + 150) / 150) * ((p[0]-300) / (35-300));
 *       }
 *       return q;
 *     }
 *   }

Local to Global Degree of freedom indices

* #concol_grad now holds the #converged_solution at the Gauss points of the current cell. These are regular numbers.

Definition at line 7899 of file ALE_Finite_Strain_Plasticity.h.

◆ radius

* const Number radius = 6.413

Definition at line 7934 of file ALE_Finite_Strain_Plasticity.h.

◆ top_coordinate

* * const Number top_coordinate = height/2

Definition at line 7936 of file ALE_Finite_Strain_Plasticity.h.

◆ base_coordinate

* const Number base_coordinate = 0.0

Definition at line 7937 of file ALE_Finite_Strain_Plasticity.h.

◆ base_repetitions

* * const unsigned int base_repetitions = std::pow(2, n_initial_global_refinements)

Definition at line 7938 of file ALE_Finite_Strain_Plasticity.h.

◆ aspect_ratio

* const unsigned int aspect_ratio = std::ceil(0.5 * height / radius)

Definition at line 7939 of file ALE_Finite_Strain_Plasticity.h.

◆ base_constraint_function_map

* * std::map< types::boundary_id, const Function< dim, Number > * > base_constraint_function_map

Definition at line 7966 of file ALE_Finite_Strain_Plasticity.h.

◆ yz_constraint_function_map

* * std::map< types::boundary_id, const Function< dim, Number > * > yz_constraint_function_map

Definition at line 7982 of file ALE_Finite_Strain_Plasticity.h.

◆ top_rotation_constraint_function_map

* * std::map< types::boundary_id, const Function< dim, Number > * > top_rotation_constraint_function_map

Definition at line 8006 of file ALE_Finite_Strain_Plasticity.h.

◆ axial_rotation_constraint_function_map

* * std::map< types::boundary_id, const Function< dim, Number > * > axial_rotation_constraint_function_map

Definition at line 8014 of file ALE_Finite_Strain_Plasticity.h.

◆ convection_coefficient

* *endcode **Thermal constraints **code * const Number convection_coefficient = 17.5e-6

Definition at line 8027 of file ALE_Finite_Strain_Plasticity.h.

◆ push_z_handler

* * auto push_z_handler

Initial value:

                            = new IncrementInterpolationHandler<dim, Number, dim+1>(
*               new ConstantFunction<dim, Number>(std::vector< Number >{0, -total_elongation/static_cast<Number>(n_steps), 0}),
*               true,
*               y_component_mask,
*               false,
*               ComponentMask(dim+1, false),
*               0,
*               mapping)

Definition at line 8102 of file ALE_Finite_Strain_Plasticity.h.

◆ constant_velocity_angular_handler

* * auto constant_velocity_angular_handler

Initial value:

                                        = new IncrementInterpolationHandler<dim, Number, dim+1>(
* new ScaleComponentFunction<dim, Number, dim+1>(0.0e-3, 0, dim),
* true,
* rho_component_mask,
* false,
* ComponentMask(dim+1, false),
* 0,
* mapping)

Definition at line 8152 of file ALE_Finite_Strain_Plasticity.h.

◆ thermal_constraint_function_map

* *endcode **std::map< types::boundary_id, const Function< dim, Number > * > thermal_constraint_function_map

Definition at line 8189 of file ALE_Finite_Strain_Plasticity.h.

◆ outer_radius

* * const Number outer_radius = 60.0

Definition at line 8211 of file ALE_Finite_Strain_Plasticity.h.

◆ down_constraint_function_map

* * std::map< types::boundary_id, const Function< dim, Number > * > down_constraint_function_map

Definition at line 8247 of file ALE_Finite_Strain_Plasticity.h.

◆ height

* const Number height = 25.4

Definition at line 8313 of file ALE_Finite_Strain_Plasticity.h.

◆ axial_constraint_function_map

* * std::map< types::boundary_id, const Function< dim, Number > * > axial_constraint_function_map

Definition at line 8346 of file ALE_Finite_Strain_Plasticity.h.

◆ t_

* tensor_type * t_ = nullptr

private

Definition at line 10381 of file ALE_Finite_Strain_Plasticity.h.

◆ i_

* unsigned int i_ = 0

private

Definition at line 10382 of file ALE_Finite_Strain_Plasticity.h.

Classes

Namespaces

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ value_type

◆ difference_type

◆ pointer

◆ reference

Function Documentation

◆ push_back() [1/7]

◆ () [1/12]

◆ push_back() [2/7]

◆ push_back() [3/7]

◆ InterpolatoryConstraintApplier() [1/2]

◆ push_back() [4/7]

◆ push_back() [5/7]

◆ NeckingTaperTransform()

◆ operator()()

◆ () [2/12]

◆ x_component_mask() [1/2]

◆ set() [1/4]

◆ y_component_mask() [1/2]

◆ set() [2/4]

◆ z_component_mask() [1/2]

◆ set() [3/4]

◆ rho_component_mask()

◆ set() [4/4]

◆ () [3/12]

◆ () [4/12]

◆ () [5/12]

◆ () [6/12]

◆ () [7/12]

◆ () [8/12]

◆ push_back() [6/7]

◆ push_back() [7/7]

◆ InterpolatoryConstraintApplier() [2/2]

◆ () [9/12]

◆ for()

◆ refine_global()

◆ () [10/12]

◆ all_component_mask()

◆ () [11/12]

◆ () [12/12]

◆ x_component_mask() [2/2]

◆ y_component_mask() [2/2]

◆ z_component_mask() [2/2]

◆ getJohnsonCookThermoPlasticMaterial()

◆ main()

◆ getExponentialHardeningThermoPlasticMaterial()

◆ SymmetricTensorMutableEntriesView()

◆ iterator() [1/2]

◆ iterator() [2/2]

◆ operator*()

◆ operator++() [1/2]

◆ operator++() [2/2]

◆ operator==() [1/2]

◆ operator!=() [1/2]

◆ const_iterator() [1/2]

◆ const_iterator() [2/2]

◆ operator==() [2/2]

◆ operator!=() [2/2]

◆ begin()

◆ end()

◆ cbegin()

◆ cend()

◆ symmetric_tensor_entries() [1/2]

◆ symmetric_tensor_entries() [2/2]

Variable Documentation

◆ total_elongation

◆ elongation_rate

◆ n_steps

◆ scale_z_handler

◆ top_surface_unidirectional_penalty_spec

◆ constant_velocity_handler

◆ top_constraint_function_map

◆ drive_speed

◆ scale_rotation_increment