serac::heat_transfer::ParameterizedIsotropicConductorWithLinearConductivityVsTemperature Struct Reference

Nonlinear isotropic heat transfer material model. More...

#include <parameterized_thermal_material.hpp>

Public Member Functions
	ParameterizedIsotropicConductorWithLinearConductivityVsTemperature (double density=1.0, double specific_heat_capacity=1.0, double conductivity_offset=1.0, double d_conductivity_d_temperature=0.0)
	Construct a Parameterized Isotropic Conductor with Conductivity linear with Temparture object. More...
template<typename T1 , typename T2 , typename T3 , typename T4 >
SERAC_HOST_DEVICE auto	operator() (const T1 &, const T2 &temperature, const T3 &temperature_gradient, const T4 &parameter) const
	Material response call for a linear isotropic material with linear conductivity vs temperature. More...

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

Detailed Description

Nonlinear isotropic heat transfer material model.

Definition at line 84 of file parameterized_thermal_material.hpp.

Constructor & Destructor Documentation

ParameterizedIsotropicConductorWithLinearConductivityVsTemperature()

serac::heat_transfer::ParameterizedIsotropicConductorWithLinearConductivityVsTemperature::ParameterizedIsotropicConductorWithLinearConductivityVsTemperature ( double  density = 1.0, double  specific_heat_capacity = 1.0, double  conductivity_offset = 1.0, double  d_conductivity_d_temperature = 0.0  )

inline

Construct a Parameterized Isotropic Conductor with Conductivity linear with Temparture object.

Parameters

density	Density of the material (mass/volume)
specific_heat_capacity	Specific heat capacity of the material (energy / (mass * temp))
conductivity_offset	Thermal conductivity offset of the material (power / (length * temp)). This is added to the parameter value to get the total conductivity.
d_conductivity_d_temperature	Slope for the thermal conductivity as a function of temperature

Definition at line 94 of file parameterized_thermal_material.hpp.

Member Function Documentation

numParameters()

static constexpr int serac::heat_transfer::ParameterizedIsotropicConductorWithLinearConductivityVsTemperature::numParameters ( )

inlinestaticconstexpr

The number of parameters in the model.

Returns

The number of parameters in the model

Definition at line 139 of file parameterized_thermal_material.hpp.

operator()()

template<typename T1 , typename T2 , typename T3 , typename T4 >

SERAC_HOST_DEVICE auto serac::heat_transfer::ParameterizedIsotropicConductorWithLinearConductivityVsTemperature::operator() ( const T1 &  , const T2 &  temperature, const T3 &  temperature_gradient, const T4 &  parameter  ) const

inline

Material response call for a linear isotropic material with linear conductivity vs temperature.

Template Parameters

T1	Spatial position type
T2	Temperature type
T3	Temperature gradient type
T4	Parameter type

Parameters

[in]	temperature
[in]	temperature_gradient
	parameter	The user-defined parameter used to compute the conductivity (total conductivity = conductivity offset + parameter)

Returns

The calculated material response (tuple of volumetric heat capacity and thermal flux)

Definition at line 123 of file parameterized_thermal_material.hpp.

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

• src/serac/physics/materials/parameterized_thermal_material.hpp