Model class for Augmented Euler–Korteweg Flux (single phase) More...

#include <FluxEulerKorteweg.h>

Inherits Flux.

Public Member Functions
	FluxEulerKorteweg ()

virtual	~FluxEulerKorteweg ()

virtual void	printFlux () const

virtual void	addFlux (double coefA)
	Add flux to the corresponding model flux.

virtual void	addFlux (Flux *flux)
	Add flux passed in parameter to the correspond model flux.

virtual void	subtractFlux (double coefA)
	Subtract flux to the corresponding model buffer flux.

virtual void	multiply (double scalar)
	multiply the flux of the corresponding model by a constant

virtual void	setBufferFlux (Cell &cell)
	Temporary store the conservative variables of a given cell.

virtual void	buildCons (Phase *phase, Mixture )
	Build the conservative variables for a given cell from primitive one.

virtual void	buildPrim (Phase *phase, Mixture )
	Build the primitive variables for a given cell from conservative one.

virtual void	setToZero ()
	set each attribute of the flux to zero

virtual void	addNonCons (double, const Cell *, const Coord &, const Coord &, const Coord &)
	Add non conservative term to the flux.

virtual void	subtractNonCons (double, const Cell *, const Coord &, const Coord &, const Coord &)
	Subtract non conservative term to the flux.

virtual void	addSymmetricTerms (Phase *, Mixture , const double &, const double &)
	Add symetric terms.

virtual void	prepSourceTermsGravity (const Coord &)
	Gravity source term.

virtual void	prepSourceTermsHeating (const double &)
	Heating source term.

virtual void	prepSourceTermsMRF (Cell *, const Coord &)
	MRF source term.

virtual const double &	getMassMix () const

virtual const double &	getEqOmega () const

virtual const double &	getEqEta () const

virtual const Coord &	getMomentum () const

virtual const Coord &	getEqVectorP () const

virtual void	setCons (const Flux *cons)

Public Member Functions inherited from Flux
	Flux ()

virtual	~Flux ()

virtual void	addFluxRotatingRegion (double)
	Add flux to the rotating region in MRF context.

virtual void	subtractFluxRotatingRegion (double)
	Subtract flux to the rotating region in MRF context.

virtual void	correctionEnergy (Cell *, Prim=vecPhases) const
	Method to correct energy in non conservative models using total energy conservation.

virtual void	schemeCorrection (Cell &) const

virtual void	addFluxSmooth1D (double, const Coord &, Cell *)
	Compute additionnal flux for 1D geometry with smooth varying cross sectionFlux).

virtual void	substractFluxSmooth1D (double, const Coord &, Cell *)
	Compute additionnal flux for 1D geometry with smooth varying cross section.

virtual void	addNonConsMrfFlux (Phase **)

virtual const double &	getAlpha (const int &) const

virtual const double &	getMass (const int &) const

virtual const double &	getEnergyMix () const

virtual const double &	getEnergy (const int &) const

virtual const double &	getTotEnergy (const int &) const

virtual const double &	getLambda (const int &) const

virtual const Tensor &	getCobase (const int &) const

Protected Attributes
double	m_mass
	Mass

double	m_eqOmega
	Omega equation (omega: time derivative of eta)

double	m_eqEta
	Eta equation.

Coord	m_momentum
	Momentum

Coord	m_eqVectorP
	Equation for vector P (P: gradient of eta)

Protected Attributes inherited from Flux
double	m_sM
	Fluid velocity for intercell interfaces.

double	m_uStar
	Velocity solution of the Riemann problem !VERY IMPORTANT! DO NOT ERASE!

Friends
class	ModEulerKorteweg

Detailed Description

Model class for Augmented Euler–Korteweg Flux (single phase)

Constructor & Destructor Documentation

◆ FluxEulerKorteweg()

FluxEulerKorteweg::FluxEulerKorteweg ( )

◆ ~FluxEulerKorteweg()

FluxEulerKorteweg::~FluxEulerKorteweg ( )

virtual

Member Function Documentation

◆ addFlux() [1/2]

void FluxEulerKorteweg::addFlux ( double )

virtual

Add flux to the corresponding model flux.

Parameters

coefA possibility to multiply the flux before adding (set 1.d0 if not needed)

Reimplemented from Flux.

◆ addFlux() [2/2]

void FluxEulerKorteweg::addFlux ( Flux * )

virtual

Add flux passed in parameter to the correspond model flux.

Parameters

flux	flux to add to the current one

Reimplemented from Flux.

◆ addNonCons()

virtual void FluxEulerKorteweg::addNonCons	(	double	,
		const Cell *	,
		const Coord &	,
		const Coord &	,
		const Coord &
	)

inlinevirtual

Add non conservative term to the flux.

Parameters

coefA	possibility to multiply the non conservative term before adding (set 1.d0 if not needed)
cell	reference cell used to approximate the non conservative term
normal	normal vector of the treated face
tangent	tangent vector of the treated face
binormal	binormal vector of the treated face

Reimplemented from Flux.

◆ addSymmetricTerms()

virtual void FluxEulerKorteweg::addSymmetricTerms	(	Phase **	,
		Mixture *	,
		const double &	,
		const double &
	)

inlinevirtual

Add symetric terms.

Parameters

r	radial distance of the cell from the axis of symmetry
v	velocity in the radial direction

Reimplemented from Flux.

◆ buildCons()

void FluxEulerKorteweg::buildCons	(	Phase **	,
		Mixture *
	)

virtual

Build the conservative variables for a given cell from primitive one.

Parameters

phases	Phases array used for conservative variables calculus
mixture	Mixture used for conservative variables calculus

Reimplemented from Flux.

◆ buildPrim()

void FluxEulerKorteweg::buildPrim	(	Phase **	,
		Mixture *
	)

virtual

Build the primitive variables for a given cell from conservative one.

Parameters

phases	Phases array to fill
mixture	Mixture to fill

Reimplemented from Flux.

◆ getEqEta()

virtual const double & FluxEulerKorteweg::getEqEta ( ) const

inlinevirtual

Reimplemented from Flux.

◆ getEqOmega()

virtual const double & FluxEulerKorteweg::getEqOmega ( ) const

inlinevirtual

Reimplemented from Flux.

◆ getEqVectorP()

virtual const Coord & FluxEulerKorteweg::getEqVectorP ( ) const

inlinevirtual

Reimplemented from Flux.

◆ getMassMix()

virtual const double & FluxEulerKorteweg::getMassMix ( ) const

inlinevirtual

Reimplemented from Flux.

◆ getMomentum()

virtual const Coord & FluxEulerKorteweg::getMomentum ( ) const

inlinevirtual

Reimplemented from Flux.

◆ multiply()

void FluxEulerKorteweg::multiply ( double )

virtual

multiply the flux of the corresponding model by a constant

Parameters

scalar constant

Reimplemented from Flux.

◆ prepSourceTermsGravity()

virtual void FluxEulerKorteweg::prepSourceTermsGravity ( const Coord & )

inlinevirtual

Gravity source term.

Reimplemented from Flux.

◆ prepSourceTermsHeating()

virtual void FluxEulerKorteweg::prepSourceTermsHeating ( const double & )

inlinevirtual

Heating source term.

Reimplemented from Flux.

◆ prepSourceTermsMRF()

virtual void FluxEulerKorteweg::prepSourceTermsMRF	(	Cell *	,
		const Coord &
	)

inlinevirtual

MRF source term.

Reimplemented from Flux.

◆ printFlux()

void FluxEulerKorteweg::printFlux ( ) const

virtual

Reimplemented from Flux.

◆ setBufferFlux()

void FluxEulerKorteweg::setBufferFlux ( Cell & )

virtual

Temporary store the conservative variables of a given cell.

The conservatvie variables are temporary stored in the corresponding model buffer flux

Parameters

cell	cell used for conservative variables calculus

Reimplemented from Flux.

◆ setCons()

void FluxEulerKorteweg::setCons ( const Flux * cons )

virtual

Reimplemented from Flux.

◆ setToZero()

void FluxEulerKorteweg::setToZero ( )

virtual

set each attribute of the flux to zero

Reimplemented from Flux.

◆ subtractFlux()

void FluxEulerKorteweg::subtractFlux ( double )

virtual

Subtract flux to the corresponding model buffer flux.

Parameters

coefA possibility to multiply the flux before subtraction (set 1.d0 if not needed)

Reimplemented from Flux.

◆ subtractNonCons()

virtual void FluxEulerKorteweg::subtractNonCons	(	double	,
		const Cell *	,
		const Coord &	,
		const Coord &	,
		const Coord &
	)

inlinevirtual

Subtract non conservative term to the flux.

Parameters

coefA	possibility to multiply the non conservative term before subtraction (set 1.d0 if not needed)
cell	reference cell used to approximate the non conservative term
normal	normal vector of the treated face
tangent	tangent vector of the treated face
binormal	binormal vector of the treated face

Reimplemented from Flux.

Friends And Related Symbol Documentation

◆ ModEulerKorteweg

friend class ModEulerKorteweg

friend

Member Data Documentation

◆ m_eqEta

double FluxEulerKorteweg::m_eqEta

protected

Eta equation.

◆ m_eqOmega

double FluxEulerKorteweg::m_eqOmega

protected

Omega equation (omega: time derivative of eta)

◆ m_eqVectorP

Coord FluxEulerKorteweg::m_eqVectorP

protected

Equation for vector P (P: gradient of eta)

◆ m_mass

double FluxEulerKorteweg::m_mass

protected

Mass

◆ m_momentum

Coord FluxEulerKorteweg::m_momentum

protected

Momentum

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

/Users/fabien/depotsSephiroth/gitLab/ECOGEN/ecogen/src/Models/EulerKorteweg/FluxEulerKorteweg.h
/Users/fabien/depotsSephiroth/gitLab/ECOGEN/ecogen/src/Models/EulerKorteweg/FluxEulerKorteweg.cpp

Public Member Functions

Protected Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ FluxEulerKorteweg()

◆ ~FluxEulerKorteweg()

Member Function Documentation

◆ addFlux() [1/2]

◆ addFlux() [2/2]

◆ addNonCons()

◆ addSymmetricTerms()

◆ buildCons()

◆ buildPrim()

◆ getEqEta()

◆ getEqOmega()

◆ getEqVectorP()

◆ getMassMix()

◆ getMomentum()

◆ multiply()

◆ prepSourceTermsGravity()

◆ prepSourceTermsHeating()

◆ prepSourceTermsMRF()

◆ printFlux()

◆ setBufferFlux()

◆ setCons()

◆ setToZero()

◆ subtractFlux()

◆ subtractNonCons()

Friends And Related Symbol Documentation

◆ ModEulerKorteweg

Member Data Documentation

◆ m_eqEta

◆ m_eqOmega

◆ m_eqVectorP

◆ m_mass

◆ m_momentum