IdealGasEOS Struct Reference

Developer Documentation: MeltPoolDG::Flow::IdealGasEOS Struct Reference

Developer Documentation

#include <equation_of_state.hpp>

Static Public Member Functions
template<EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>
static DEAL_II_ALWAYS_INLINE auto	thermodynamic_pressure (const ValueView &value_view, const MaterialView &material_view)

template<EOSIsConservativeValueView ValueView, EOSIsGradientView GradientView, IdealGasIsMaterialView MaterialView>
static DEAL_II_ALWAYS_INLINE auto	grad_temperature (const ValueView &value_view, const GradientView &gradient_view, const MaterialView &material_view)

template<EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>
static DEAL_II_ALWAYS_INLINE auto	speed_of_sound (const ValueView &value_view, const MaterialView &material_view)

template<EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>
static DEAL_II_ALWAYS_INLINE auto	temperature (const ValueView &value_view, const MaterialView &material_view)

template<typename ValueType , EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>
static DEAL_II_ALWAYS_INLINE auto	inner_energy_from_pressure (const ValueType &pressure, const ValueView &, const MaterialView &material_view)

template<typename ValueView , IdealGasIsMaterialView MaterialView>
static DEAL_II_ALWAYS_INLINE auto	specific_internal_energy (const ValueView &value_view, const MaterialView &material_view)

template<int dim, EOSIsWritableConservativeValueView WritableConservativeValueView, EOSIsPrimitiveValueView PrimitiveValueView, IdealGasIsMaterialView MaterialView>
static DEAL_II_ALWAYS_INLINE void	conservative_from_primitive (WritableConservativeValueView &conservative_value_view, const PrimitiveValueView &primitive_value_view, const MaterialView &material_view)

Member Function Documentation

◆ conservative_from_primitive()

template<int dim, EOSIsWritableConservativeValueView WritableConservativeValueView, EOSIsPrimitiveValueView PrimitiveValueView, IdealGasIsMaterialView MaterialView>

static DEAL_II_ALWAYS_INLINE void MeltPoolDG::Flow::IdealGasEOS::conservative_from_primitive	(	WritableConservativeValueView &	conservative_value_view,
		const PrimitiveValueView &	primitive_value_view,
		const MaterialView &	material_view
	)

inlinestatic

Compute the set of conserved variables (density, momentum, total energy) from the given state of primitive variables (pressure, velocity, temperature) for an ideal gas.

Parameters

conservative_value_view	View providing writable access to the flow state in conservative variables, which is computed.
primitive_value_view	View providing access to the flow state in primitive variables.
material_view	View providing access to the material properties.

Returns: View representation of the conserved variable state.

◆ grad_temperature()

template<EOSIsConservativeValueView ValueView, EOSIsGradientView GradientView, IdealGasIsMaterialView MaterialView>

static DEAL_II_ALWAYS_INLINE auto MeltPoolDG::Flow::IdealGasEOS::grad_temperature	(	const ValueView &	value_view,
		const GradientView &	gradient_view,
		const MaterialView &	material_view
	)

inlinestatic

Compute the gradient of the temperature for an ideal gas from the given flow state and material properties.

Parameters

value_view	View providing access to the flow state.
gradient_view	View providing access to the gradients of the flow state.
material_view	View providing access to the material properties.

Returns: Gradient of the temperature resulting from the given flow state and material properties.

◆ inner_energy_from_pressure()

template<typename ValueType , EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>

static DEAL_II_ALWAYS_INLINE auto MeltPoolDG::Flow::IdealGasEOS::inner_energy_from_pressure	(	const ValueType &	pressure,
		const ValueView &	,
		const MaterialView &	material_view
	)

inlinestatic

Compute the inner energy from a given pressure for an ideal gas with the given material properties.

Parameters

pressure	Pressure for which the inner energy should be computed.
material_view	View providing access to the material properties.

Returns: Inner energy resulting from the given pressure and material properties.

◆ specific_internal_energy()

template<typename ValueView , IdealGasIsMaterialView MaterialView>

static DEAL_II_ALWAYS_INLINE auto MeltPoolDG::Flow::IdealGasEOS::specific_internal_energy	(	const ValueView &	value_view,
		const MaterialView &	material_view
	)

inlinestatic

Compute the specific internal energy from a given flow state and material properties for an ideal gas.

Parameters

value_view	View providing access to the flow state.
material_view	View providing access to the material properties.

◆ speed_of_sound()

template<EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>

static DEAL_II_ALWAYS_INLINE auto MeltPoolDG::Flow::IdealGasEOS::speed_of_sound	(	const ValueView &	value_view,
		const MaterialView &	material_view
	)

inlinestatic

Compute the speed of sound for an ideal gas from the given flow state and material properties.

Parameters

value_view	View providing access to the flow state.
material_view	View providing access to the material properties.

Returns: Speed of sound resulting from the given flow state and material properties.

◆ temperature()

template<EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>

static DEAL_II_ALWAYS_INLINE auto MeltPoolDG::Flow::IdealGasEOS::temperature	(	const ValueView &	value_view,
		const MaterialView &	material_view
	)

inlinestatic

Compute the temperature for an ideal gas from the given flow state and material properties.

Parameters

value_view	View providing access to the flow state.
material_view	View providing access to the material properties.

Returns: Temperature resulting from the given flow state and material properties.

◆ thermodynamic_pressure()

template<EOSIsConservativeValueView ValueView, IdealGasIsMaterialView MaterialView>

static DEAL_II_ALWAYS_INLINE auto MeltPoolDG::Flow::IdealGasEOS::thermodynamic_pressure	(	const ValueView &	value_view,
		const MaterialView &	material_view
	)

inlinestatic

Compute the thermodynamic pressure for an ideal gas from the given flow state.

Parameters

value_view	View providing access to the flow state.
material_view	View providing access to the material properties.

Returns: Pressure resulting from the given flow state and material properties.

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

include/meltpooldg/compressible_flow/equation_of_state.hpp

IdealGasEOS Struct Reference

Static Public Member Functions

Member Function Documentation

◆ conservative_from_primitive()

◆ grad_temperature()

◆ inner_energy_from_pressure()

◆ specific_internal_energy()

◆ speed_of_sound()

◆ temperature()

◆ thermodynamic_pressure()