serac::Thermomechanics< order, dim, parameter_space >::MechanicalMaterialInterface< ThermalMechanicalMaterial > Struct Template Reference

This is an adaptor class that makes a thermomechanical material usable by the solid mechanics module, by discarding the thermal-specific information. More...

#include <thermomechanics.hpp>

Public Types
using	State = typename ThermalMechanicalMaterial::State
	internal variables for the wrapped material model

Public Member Functions
	MechanicalMaterialInterface (ThermalMechanicalMaterial m)
	constructor
template<typename T1 , typename T2 , typename... param_types>
SERAC_HOST_DEVICE auto	operator() (State &state, const T1 &displacement_gradient, const T2 &temperature, param_types... parameters) const
	glue code to evaluate a thermomechanical material and extract the stress More...

Public Attributes
const ThermalMechanicalMaterial	mat
	the wrapped material model
const double	density
	mass density

Detailed Description

template<int order, int dim, typename... parameter_space>
template<typename ThermalMechanicalMaterial>
struct serac::Thermomechanics< order, dim, parameter_space >::MechanicalMaterialInterface< ThermalMechanicalMaterial >

This is an adaptor class that makes a thermomechanical material usable by the solid mechanics module, by discarding the thermal-specific information.

Template Parameters

ThermalMechanicalMaterial

the material model being wrapped

Definition at line 316 of file thermomechanics.hpp.

Member Function Documentation

operator()()

template<int order, int dim, typename... parameter_space>

template<typename ThermalMechanicalMaterial >

template<typename T1 , typename T2 , typename... param_types>

SERAC_HOST_DEVICE auto serac::Thermomechanics< order, dim, parameter_space >::MechanicalMaterialInterface< ThermalMechanicalMaterial >::operator() ( State &  state, const T1 &  displacement_gradient, const T2 &  temperature, param_types...  parameters  ) const

inline

glue code to evaluate a thermomechanical material and extract the stress

Template Parameters

T1	the type of the displacement gradient values
T2	the type of the temperature value
param_types	the types of user-specified parameters

Parameters

state	any internal variables needed to evaluate this material
displacement_gradient	the gradient w.r.t. physical coordinates of the displacement
temperature	the temperature at this quadrature point
parameters	values and derivatives of any additional user-specified parameters

Definition at line 341 of file thermomechanics.hpp.

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

• src/serac/physics/thermomechanics.hpp