General class for thermal conductivity for the velocity-equilibrium system of equations. More...

#include <APUEqConductivity.h>

Inherits APUEq.

Public Member Functions
	APUEqConductivity ()

	APUEqConductivity (int &numberQPA, Eos **eos, const int &numbPhases)

virtual	~APUEqConductivity ()

virtual void	addQuantityAddPhys (Cell *cell)
	Add the quantities for the additional physic.

virtual void	solveFluxAddPhys (CellInterface *cellInterface)
	Solve the additional physic flux between two cells.

virtual void	solveFluxAddPhysBoundary (CellInterface *cellInterface)
	Solve the additional physic flux at a domain boundary.

void	solveFluxConductivityInner (const Coord &gradTkLeft, const Coord &gradTkRight, const double &alphakL, const double &alphakR, const int &numPhase) const
	Solve the conductivity flux between two cells.

void	solveFluxConductivityNonReflecting (const Coord &gradTkLeft, const double &alphakL, const int &numPhase) const
	Solve the conductivity flux at a boundary with an non-reflecting type.

void	solveFluxConductivityWall () const
	Solve the conductivity flux at a boundary with an wall type.

void	solveFluxConductivityInletInjStagState () const
	Solve the conductivity flux at a boundary with an inlet injection using stagnation state type.

void	solveFluxConductivityOutletPressure () const
	Solve the conductivity flux at a boundary with an outlet at imposed pressure type.

void	solveFluxConductivityOther () const
	Solve the conductivity flux at a boundary with non-defined type yet.

virtual void	addNonCons (Cell *)
	Add the non-conservative terms of the corresponding additional physic in a cell.

virtual void	communicationsAddPhys (const int &dim, const int &lvl)
	Communication of the additional physics quantities for parallel purposes with Adaptive Mesh Refinement.

Public Member Functions inherited from APUEq
	APUEq ()

virtual	~APUEq ()

Public Member Functions inherited from AddPhys
	AddPhys ()

virtual	~AddPhys ()

virtual std::string	whoAmI () const

virtual double	computeEnergyAddPhys (QuantitiesAddPhys *)
	Compute and send back mass energy linked to the physic (0 if no linked energy)

void	computeFluxAddPhys (CellInterface *cellInterface)
	Compute the additional physic flux between two cells.

void	computeFluxAddPhysBoundary (CellInterface *cellInterface)
	Compute the additional physic flux at a domain boundary.

void	addNonConsAddPhys (Cell *cell)
	Add the non-conservative terms of the additional physic in a cell.

virtual void	addFluxAddPhys (CellInterface *cellInterface, const double &coefAMR)
	Add the additional physic flux between two cells at the corresponding cell.

virtual void	subtractFluxAddPhys (CellInterface *cellInterface, const double &coefAMR)
	Subtract the additional physic flux between two cells at the corresponding cell.

virtual void	addSymmetricTermsRadialAxisOnX (Cell *)
	Add the symmetrical terms of the corresponding additional physic in a cell (when radial axis is on X)

virtual void	addSymmetricTermsRadialAxisOnY (Cell *)
	Add the symmetrical terms of the corresponding additional physic in a cell (when radial axis is on Y)

virtual void	reinitializeColorFunction (std::vector< Cell * > *, const int &)
	Reinitialize the color function for the surface-tension terms with the volume fraction equation.

virtual bool	reinitializationActivated ()
	Send back true if the reinitialization of the color function is activated.

virtual const int &	getNumTransportAssociated () const
	Return the associated number of the transport equation (only used for surface tension)

Private Attributes
double *	m_lambdak
	Thermal conductivity (W/(m.K)) of each phase (taken from the EOS classes) (buffer)

int	m_numQPA
	Number of the associated variable for each cell (m_vecGrandeursAddPhys)

Coord	m_gradTkLeft
	Left gradient of the corresponding phase temperature for the flux computation (buffer)

Coord	m_gradTkRight
	Right gradient of the corresponding phase temperature for the flux computation (buffer)

Coord	m_normal
	Normal vector of the corresponding face for the flux computation (buffer)

Coord	m_tangent
	Tangent vector of the corresponding face for the flux computation (buffer)

Coord	m_binormal
	Binormal vector of the corresponding face for the flux computation (buffer)

Detailed Description

General class for thermal conductivity for the velocity-equilibrium system of equations.

Constructor & Destructor Documentation

◆ APUEqConductivity() [1/2]

APUEqConductivity::APUEqConductivity ( )

◆ APUEqConductivity() [2/2]

APUEqConductivity::APUEqConductivity	(	int &	numberQPA,
		Eos **	eos,
		const int &	numbPhases
	)

◆ ~APUEqConductivity()

APUEqConductivity::~APUEqConductivity ( )

virtual

Member Function Documentation

◆ addNonCons()

virtual void APUEqConductivity::addNonCons ( Cell * )

inlinevirtual

Add the non-conservative terms of the corresponding additional physic in a cell.

Parameters

cell cell

Reimplemented from AddPhys.

◆ addQuantityAddPhys()

void APUEqConductivity::addQuantityAddPhys ( Cell * )

virtual

Add the quantities for the additional physic.

Parameters

cell	corresponding cell

Reimplemented from AddPhys.

◆ communicationsAddPhys()

void APUEqConductivity::communicationsAddPhys	(	const int &	,
		const int &
	)

virtual

Communication of the additional physics quantities for parallel purposes with Adaptive Mesh Refinement.

Parameters

dim	dimension
lvl	level

Reimplemented from AddPhys.

◆ solveFluxAddPhys()

void APUEqConductivity::solveFluxAddPhys ( CellInterface * )

virtual

Solve the additional physic flux between two cells.

Parameters

cellInterface cell interface

Reimplemented from AddPhys.

◆ solveFluxAddPhysBoundary()

void APUEqConductivity::solveFluxAddPhysBoundary ( CellInterface * )

virtual

Solve the additional physic flux at a domain boundary.

Parameters

cellInterface cell interface

Reimplemented from AddPhys.

◆ solveFluxConductivityInletInjStagState()

void APUEqConductivity::solveFluxConductivityInletInjStagState ( ) const

Solve the conductivity flux at a boundary with an inlet injection using stagnation state type.

◆ solveFluxConductivityInner()

void APUEqConductivity::solveFluxConductivityInner	(	const Coord &	gradTkLeft,
		const Coord &	gradTkRight,
		const double &	alphakL,
		const double &	alphakR,
		const int &	numPhase
	)		const

Solve the conductivity flux between two cells.

Parameters

gradTkLeft	temperature gradient of phase k of the left cell
gradTkRight	temperature gradient of phase k of the right cell
alphakL	volume fraction of phase k of the left cell
alphakR	volume fraction of phase k of the right cell
numPhase	number of the phase

◆ solveFluxConductivityNonReflecting()

void APUEqConductivity::solveFluxConductivityNonReflecting	(	const Coord &	gradTkLeft,
		const double &	alphakL,
		const int &	numPhase
	)		const

Solve the conductivity flux at a boundary with an non-reflecting type.

Parameters

gradTkLeft	temperature gradient of phase k of the left cell
alphakL	volume fraction of phase k of the left cell
numPhase	number of the phase

◆ solveFluxConductivityOther()

void APUEqConductivity::solveFluxConductivityOther ( ) const

Solve the conductivity flux at a boundary with non-defined type yet.

◆ solveFluxConductivityOutletPressure()

void APUEqConductivity::solveFluxConductivityOutletPressure ( ) const

Solve the conductivity flux at a boundary with an outlet at imposed pressure type.

◆ solveFluxConductivityWall()

void APUEqConductivity::solveFluxConductivityWall ( ) const

Solve the conductivity flux at a boundary with an wall type.

Member Data Documentation

◆ m_binormal

Coord APUEqConductivity::m_binormal

private

Binormal vector of the corresponding face for the flux computation (buffer)

◆ m_gradTkLeft

Coord APUEqConductivity::m_gradTkLeft

private

Left gradient of the corresponding phase temperature for the flux computation (buffer)

◆ m_gradTkRight

Coord APUEqConductivity::m_gradTkRight

private

Right gradient of the corresponding phase temperature for the flux computation (buffer)

◆ m_lambdak

double* APUEqConductivity::m_lambdak

private

Thermal conductivity (W/(m.K)) of each phase (taken from the EOS classes) (buffer)

◆ m_normal

Coord APUEqConductivity::m_normal

private

Normal vector of the corresponding face for the flux computation (buffer)

◆ m_numQPA

int APUEqConductivity::m_numQPA

private

Number of the associated variable for each cell (m_vecGrandeursAddPhys)

◆ m_tangent

Coord APUEqConductivity::m_tangent

private

Tangent vector of the corresponding face for the flux computation (buffer)

The documentation for this class was generated from the following files:

/Users/fabien/depotsSephiroth/gitLab/ECOGEN/ecogen/src/AdditionalPhysics/Conductivity/APUEqConductivity.h
/Users/fabien/depotsSephiroth/gitLab/ECOGEN/ecogen/src/AdditionalPhysics/Conductivity/APUEqConductivity.cpp

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ APUEqConductivity() [1/2]

◆ APUEqConductivity() [2/2]

◆ ~APUEqConductivity()

Member Function Documentation

◆ addNonCons()

◆ addQuantityAddPhys()

◆ communicationsAddPhys()

◆ solveFluxAddPhys()

◆ solveFluxAddPhysBoundary()

◆ solveFluxConductivityInletInjStagState()

◆ solveFluxConductivityInner()

◆ solveFluxConductivityNonReflecting()

◆ solveFluxConductivityOther()

◆ solveFluxConductivityOutletPressure()

◆ solveFluxConductivityWall()

Member Data Documentation

◆ m_binormal

◆ m_gradTkLeft

◆ m_gradTkRight

◆ m_lambdak

◆ m_normal

◆ m_numQPA

◆ m_tangent