smith::Thermomechanics< order, dim, parameter_space >::ThermalMaterialInterface< ThermalMechanicalMaterial > Struct Template Reference

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

#include <thermomechanics.hpp>

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

Public Member Functions
	ThermalMaterialInterface (const ThermalMechanicalMaterial &m)
	constructor
template<typename T1 , typename T2 , typename T3 , typename T4 , typename... param_types>
SMITH_HOST_DEVICE auto	operator() (const T1 &, const T2 &temperature, const T3 &temperature_gradient, const T4 &displacement, param_types... parameters) const
	glue code to evaluate a thermomechanical material and extract the thermal outputs More...

Public Attributes
const ThermalMechanicalMaterial	mat
	the wrapped material model

Detailed Description

template<int order, int dim, typename... parameter_space>
template<typename ThermalMechanicalMaterial>
struct smith::Thermomechanics< order, dim, parameter_space >::ThermalMaterialInterface< ThermalMechanicalMaterial >

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

Template Parameters

ThermalMechanicalMaterial

the material model being wrapped

Definition at line 270 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 T3 , typename T4 , typename... param_types>

SMITH_HOST_DEVICE auto smith::Thermomechanics< order, dim, parameter_space >::ThermalMaterialInterface< ThermalMechanicalMaterial >::operator() ( const T1 &  , const T2 &  temperature, const T3 &  temperature_gradient, const T4 &  displacement, param_types...  parameters  ) const

inline

glue code to evaluate a thermomechanical material and extract the thermal outputs

Template Parameters

T1	the type of the spatial coordinate values
T2	the type of the temperature value
T3	the type of the temperature gradient values
T4	the type of the displacement gradient values
param_types	the types of user-specified parameters

Parameters

temperature	the temperature at this quadrature point
temperature_gradient	the gradient w.r.t. physical coordinates of the temperature
displacement	the value and gradient w.r.t. physical coordinates of the displacement
parameters	values and derivatives of any additional user-specified parameters

Definition at line 295 of file thermomechanics.hpp.

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

• src/smith/physics/thermomechanics.hpp