MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number > Struct Template Reference

Data structure, which contains parameters specifically for the phase coupling of compressible multiphase simulations. More...

#include <phase_coupling_data.hpp>

Collaboration diagram for MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >:

Classes
struct	HLLP0_penalty
	Parameters specifically for the HLLP0 and penalty interface numerical method. More...
struct	HLLP0_SIPG
	Parameters specifically for the HLLP0 and SIPG interface numerical method. More...
struct	LaserHeatSource
	Parameters for the laser heat source. More...
struct	Penalty
	Parameters specifically for the penalty interface numerical method. More...

Public Member Functions
void	add_parameters (dealii::ParameterHandler &prm)
	Add compressible flow phase coupling parameters in the parameter handler.
void	post ()
	Checks compressible flow phase coupling parameters after reading user input.

Public Attributes
number	m_dot_evap = 0.
	Evaporation mass flux (relevant for EvaporationModelType = "constant") (SI: kg/(m^2 s))
EvaporationModelType	evaporation_model = EvaporationModelType::constant
	Evaporation model (Currently available: "constant" or "Knight")
struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::LaserHeatSource	laser_heat_source
InterfaceNumericalMethod	type = InterfaceNumericalMethod::HLLP0_and_SIPG
	Numerical method for interface jump enforcement.
struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::Penalty	penalty
struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::HLLP0_SIPG	hllp0_and_sipg
struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::HLLP0_penalty	hllp0_and_penalty

Detailed Description

template<typename number>
struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >

Data structure, which contains parameters specifically for the phase coupling of compressible multiphase simulations.

Member Function Documentation

add_parameters()

template<typename number >

void MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::add_parameters ( dealii::ParameterHandler &  prm )

inline

Add compressible flow phase coupling parameters in the parameter handler.

Parameters

prm	The parameter handler to which the parameters are added.

post()

template<typename number >

void MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::post ( )

inline

Checks compressible flow phase coupling parameters after reading user input.

Member Data Documentation

evaporation_model

template<typename number >

EvaporationModelType MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::evaporation_model = EvaporationModelType::constant

Evaporation model (Currently available: "constant" or "Knight")

hllp0_and_penalty

template<typename number >

struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::HLLP0_penalty MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::hllp0_and_penalty

hllp0_and_sipg

template<typename number >

struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::HLLP0_SIPG MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::hllp0_and_sipg

laser_heat_source

template<typename number >

struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::LaserHeatSource MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::laser_heat_source

m_dot_evap

template<typename number >

number MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::m_dot_evap = 0.

Evaporation mass flux (relevant for EvaporationModelType = "constant") (SI: kg/(m^2 s))

penalty

template<typename number >

struct MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData::Penalty MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::penalty

type

template<typename number >

InterfaceNumericalMethod MeltPoolDG::Multiphase::CompressibleFlowPhaseCouplingData< number >::type = InterfaceNumericalMethod::HLLP0_and_SIPG

Numerical method for interface jump enforcement.

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

• include/meltpooldg/compressible_flow/phase_coupling_data.hpp