smith::thermomechanics::ParameterizedThermoelasticMaterial Struct Reference

Green-Saint Venant isotropic thermoelastic material model. More...

#include <parameterized_thermoelastic_material.hpp>

Classes
struct	State
	internal variables for the material model More...

Public Member Functions
template<typename DispGradType , typename TempType , typename TempGradType , typename YoungsType , typename ConductType , typename CoupleType , int dim>
auto	operator() (State &state, const tensor< DispGradType, dim, dim > &grad_u, TempType theta, const tensor< TempGradType, dim > &grad_theta, YoungsType DeltaE, ConductType DeltaKappa, CoupleType ScaleAlpha) const
	Evaluate constitutive variables for thermomechanics. More...

Static Public Member Functions
static constexpr int	numParameters ()
	The number of parameters in the model. More...

Public Attributes
double	density
	density
double	E0
	Young's modulus.
double	nu
	Poisson's ratio.
double	C_v
	volumetric heat capacity
double	alpha0
	reference value of thermal expansion coefficient
double	theta_ref
	datum temperature for thermal expansion
double	kappa0
	thermal conductivity

Detailed Description

Green-Saint Venant isotropic thermoelastic material model.

Definition at line 20 of file parameterized_thermoelastic_material.hpp.

Member Function Documentation

numParameters()

static constexpr int smith::thermomechanics::ParameterizedThermoelasticMaterial::numParameters ( )

inlinestaticconstexpr

The number of parameters in the model.

Returns

The number of parameters in the model

Definition at line 39 of file parameterized_thermoelastic_material.hpp.

operator()()

template<typename DispGradType , typename TempType , typename TempGradType , typename YoungsType , typename ConductType , typename CoupleType , int dim>

auto smith::thermomechanics::ParameterizedThermoelasticMaterial::operator() ( State &  state, const tensor< DispGradType, dim, dim > &  grad_u, TempType  theta, const tensor< TempGradType, dim > &  grad_theta, YoungsType  DeltaE, ConductType  DeltaKappa, CoupleType  ScaleAlpha  ) const

inline

Evaluate constitutive variables for thermomechanics.

Template Parameters

T1	Type of the displacement gradient components (number-like)
T2	Type of the temperature (number-like)
T3	Type of the temperature gradient components (number-like)
T4	Type of the coefficient of thermal expansion scale factor

Parameters

[in]	grad_u	Displacement gradient
[in]	theta	Temperature
[in]	grad_theta	Temperature gradient
[in]	DeltaE	Parameterized Young's modulus offset
[in]	DeltaKappa	Parameterized thermal conductivity offset
[in]	ScaleAlpha	Parameterized thermal conductivity offset
[in,out]	state	State variables for this material

Returns

[out] tuple of constitutive outputs. Contains the First Piola stress, the volumetric heat capacity in the reference configuration, the heat generated per unit volume during the time step (units of energy), and the referential heat flux (units of energy per unit time and per unit area).

Definition at line 65 of file parameterized_thermoelastic_material.hpp.

---

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

• src/smith/physics/materials/parameterized_thermoelastic_material.hpp