Container for a coupled thermo-mechanical system with configurable time integration. More...

#include <thermo_mechanics_system.hpp>

Collaboration diagram for smith::ThermoMechanicsSystem< dim, disp_order, temp_order, DisplacementTimeRule, TemperatureTimeRule, parameter_space >:

[legend]

Public Types
using	SolidWeakFormType = TimeDiscretizedWeakForm< dim, H1< disp_order, dim >, Parameters< H1< disp_order, dim >, H1< disp_order, dim >, H1< disp_order, dim >, H1< disp_order, dim >, H1< temp_order >, H1< temp_order >, parameter_space... > >
	using for SolidWeakFormType

using	ThermalWeakFormType = TimeDiscretizedWeakForm< dim, H1< temp_order >, Parameters< H1< temp_order >, H1< temp_order >, H1< disp_order, dim >, H1< disp_order, dim >, H1< disp_order, dim >, H1< disp_order, dim >, parameter_space... > >
	using for ThermalWeakFormType

using	CycleZeroWeakFormType = TimeDiscretizedWeakForm< dim, H1< disp_order, dim >, Parameters< H1< disp_order, dim >, H1< disp_order, dim >, H1< disp_order, dim >, H1< temp_order >, H1< temp_order >, parameter_space... > >
	using for CycleZeroWeakFormType

Public Member Functions
std::vector< FieldState >	getStateFields () const
	Get the list of all state fields (disp_pred, disp, vel, accel, temp_pred, temp). More...

std::vector< ReactionInfo >	getReactionInfos () const
	Get information about reaction fields for this system. More...

std::unique_ptr< DifferentiablePhysics >	createDifferentiablePhysics (std::string physics_name)
	Create a DifferentiablePhysics object for this system. More...

template<typename MaterialType >
void	setMaterial (const MaterialType &material, const std::string &domain_name)
	Set the material model for a domain, defining integrals for solid and thermal weak forms. More...

template<int... active_parameters, typename BodyForceType >
void	addSolidBodyForce (DependsOn< active_parameters... > depends_on, const std::string &domain_name, BodyForceType force_function)
	Add a body force to the solid mechanics part of the system (with DependsOn).

template<typename BodyForceType >
void	addSolidBodyForce (const std::string &domain_name, BodyForceType force_function)
	Add a body force to the solid mechanics part of the system.

template<int... active_parameters, typename SurfaceFluxType >
void	addSolidTraction (DependsOn< active_parameters... > depends_on, const std::string &domain_name, SurfaceFluxType flux_function)
	Add a surface traction to the solid mechanics part (with DependsOn).

template<typename SurfaceFluxType >
void	addSolidTraction (const std::string &domain_name, SurfaceFluxType flux_function)
	Add a surface traction to the solid mechanics part.

template<int... active_parameters, typename BodySourceType >
void	addHeatSource (DependsOn< active_parameters... > depends_on, const std::string &domain_name, BodySourceType source_function)
	Add a body heat source to the thermal part (with DependsOn).

template<typename BodySourceType >
void	addHeatSource (const std::string &domain_name, BodySourceType source_function)
	Add a body heat source to the thermal part.

template<int... active_parameters, typename SurfaceFluxType >
void	addHeatFlux (DependsOn< active_parameters... > depends_on, const std::string &domain_name, SurfaceFluxType flux_function)
	Add a boundary heat flux to the thermal part (with DependsOn).

template<typename SurfaceFluxType >
void	addHeatFlux (const std::string &domain_name, SurfaceFluxType flux_function)
	Add a boundary heat flux to the thermal part.

template<int... active_parameters, typename PressureType >
void	addPressure (DependsOn< active_parameters... > depends_on, const std::string &domain_name, PressureType pressure_function)
	Add a pressure boundary condition (follower force) to the solid part (with DependsOn).

template<typename PressureType >
void	addPressure (const std::string &domain_name, PressureType pressure_function)
	Add a pressure boundary condition (follower force) to the solid part.

Public Member Functions inherited from smith::SystemBase
const std::vector< FieldState > &	getParameterFields () const
	Get the list of all parameter fields. More...

std::string	prefix (const std::string &name) const
	Helper function to prepend the physics name to a string. More...

std::vector< ReactionInfo >	getReactionInfos () const
	Metadata for dual outputs exported by this system.

Public Attributes
std::shared_ptr< SolidWeakFormType >	solid_weak_form
	Solid mechanics weak form.

std::shared_ptr< ThermalWeakFormType >	thermal_weak_form
	Thermal weak form.

std::shared_ptr< CycleZeroWeakFormType >	cycle_zero_weak_form
	Cycle-zero weak form.

std::shared_ptr< DirichletBoundaryConditions >	disp_bc
	Displacement boundary conditions.

std::shared_ptr< DirichletBoundaryConditions >	temperature_bc
	Temperature boundary conditions.

std::shared_ptr< DisplacementTimeRule >	disp_time_rule
	Time integration for displacement.

std::shared_ptr< TemperatureTimeRule >	temperature_time_rule
	Time integration for temperature.

Public Attributes inherited from smith::SystemBase
std::shared_ptr< FieldStore >	field_store
	Field store managing the system's fields.

std::shared_ptr< CoupledSystemSolver >	solver
	The solver for the system.

std::shared_ptr< StateAdvancer >	advancer
	The state advancer.

std::vector< FieldState >	parameter_fields
	Optional parameter fields.

std::string	prepend_name
	Optional prepended name for all fields.

Detailed Description

template<int dim, int disp_order, int temp_order, typename DisplacementTimeRule = QuasiStaticSecondOrderTimeIntegrationRule, typename TemperatureTimeRule = BackwardEulerFirstOrderTimeIntegrationRule, typename... parameter_space>
struct smith::ThermoMechanicsSystem< dim, disp_order, temp_order, DisplacementTimeRule, TemperatureTimeRule, parameter_space >

Container for a coupled thermo-mechanical system with configurable time integration.

Displacement uses a 4-state second-order layout (displacement_solve_state, displacement, velocity, acceleration). Temperature uses a 2-state first-order layout (temperature_solve_state, temperature). Total: 6 state fields.

Template Parameters

dim	Spatial dimension.
disp_order	Order of the displacement basis.
temp_order	Order of the temperature basis.
DisplacementTimeRule	Time integration rule type for displacement (must have num_states == 4).
TemperatureTimeRule	Time integration rule type for temperature (must have num_states == 2).
parameter_space	Finite element spaces for optional parameters.

Definition at line 43 of file thermo_mechanics_system.hpp.

Member Function Documentation

◆ createDifferentiablePhysics()

template<int dim, int disp_order, int temp_order, typename DisplacementTimeRule = QuasiStaticSecondOrderTimeIntegrationRule, typename TemperatureTimeRule = BackwardEulerFirstOrderTimeIntegrationRule, typename... parameter_space>

std::unique_ptr<DifferentiablePhysics> smith::ThermoMechanicsSystem< dim, disp_order, temp_order, DisplacementTimeRule, TemperatureTimeRule, parameter_space >::createDifferentiablePhysics ( std::string physics_name )

inline

Create a DifferentiablePhysics object for this system.

Parameters

physics_name The name of the physics.

Returns: std::unique_ptr<DifferentiablePhysics> The differentiable physics object.

Definition at line 104 of file thermo_mechanics_system.hpp.

◆ getReactionInfos()

template<int dim, int disp_order, int temp_order, typename DisplacementTimeRule = QuasiStaticSecondOrderTimeIntegrationRule, typename TemperatureTimeRule = BackwardEulerFirstOrderTimeIntegrationRule, typename... parameter_space>

std::vector<ReactionInfo> smith::ThermoMechanicsSystem< dim, disp_order, temp_order, DisplacementTimeRule, TemperatureTimeRule, parameter_space >::getReactionInfos ( ) const

inline

Get information about reaction fields for this system.

Returns: List of ReactionInfo structures.

Definition at line 93 of file thermo_mechanics_system.hpp.

◆ getStateFields()

template<int dim, int disp_order, int temp_order, typename DisplacementTimeRule = QuasiStaticSecondOrderTimeIntegrationRule, typename TemperatureTimeRule = BackwardEulerFirstOrderTimeIntegrationRule, typename... parameter_space>

std::vector<FieldState> smith::ThermoMechanicsSystem< dim, disp_order, temp_order, DisplacementTimeRule, TemperatureTimeRule, parameter_space >::getStateFields ( ) const

inline

Get the list of all state fields (disp_pred, disp, vel, accel, temp_pred, temp).

Returns: std::vector<FieldState> List of state fields.

Definition at line 79 of file thermo_mechanics_system.hpp.

◆ setMaterial()

template<int dim, int disp_order, int temp_order, typename DisplacementTimeRule = QuasiStaticSecondOrderTimeIntegrationRule, typename TemperatureTimeRule = BackwardEulerFirstOrderTimeIntegrationRule, typename... parameter_space>

template<typename MaterialType >

void smith::ThermoMechanicsSystem< dim, disp_order, temp_order, DisplacementTimeRule, TemperatureTimeRule, parameter_space >::setMaterial	(	const MaterialType &	material,
		const std::string &	domain_name
	)

inline

Set the material model for a domain, defining integrals for solid and thermal weak forms.

The material is called as material(dt, state, grad_u, grad_v, T, grad_T, params...) and must expose a density member for the cycle-zero acceleration solve.

Template Parameters

MaterialType The material model type.

Parameters

material	The material model instance.
domain_name	The name of the domain to apply the material to.

Definition at line 122 of file thermo_mechanics_system.hpp.

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

src/smith/differentiable_numerics/thermo_mechanics_system.hpp

Public Types

Public Member Functions

Public Attributes

Detailed Description

Member Function Documentation

◆ createDifferentiablePhysics()

◆ getReactionInfos()

◆ getStateFields()

◆ setMaterial()