MixPTUEq Class Reference

Mixture variables for pressure-temperature-velocity (mechanical and thermal equilibrium) system of equations. More...

#include <MixPTUEq.h>

Inherits Mixture.

Public Member Functions
	MixPTUEq ()
	MixPTUEq (tinyxml2::XMLElement *state, std::string fileName)
	Mixture constructor from a XML format reading.
virtual	~MixPTUEq ()
virtual void	allocateAndCopyMixture (Mixture **mixture)
	Copy mixture attributes in mixture.
virtual void	copyMixture (Mixture &mixture)
	Copy mixture in mixture attributes.
virtual double	computeDensity (const double *alphak, const double *rhok)
	Compute mixture density.
virtual double	computePressure (const double *alphak, const double *pk)
	Compute mixture pressure.
virtual double	computePressure (double *masses, const double &mixInternalEnerg, Phase **phases)
virtual double	computeTemperature (double *masses, const double &pressure, Phase **phases)
virtual double	computeInternalEnergy (const double *Yk, const double *ek)
	Compute mixture specific internal energy.
virtual double	computeFrozenSoundSpeed (const double *Yk, const double *ck)
	Compute mixture frozen speed of sound.
virtual double	computeTemperatureIsentrope (const double *Yk, const double &p0, const double &T0, const double &p, double *dTdp=0)
	Compute temperature for a mixture evolving at thermal equilibrium along mixture isentropic path.
virtual double	computeEnthalpyIsentrope (const double *Yk, const double &p0, const double &T0, const double &p, double *dhdp=0)
	Compute mixture enthalpy for a mixture evolving at thermal equilibrium along mixture isentropic path.
virtual double	computeVolumeIsentrope (const double *Yk, const double &p0, const double &T0, const double &p, double *dvdp=0)
	Compute mixture specific volume for a mixture evolving at thermal equilibrium along mixture isentropic path.
virtual void	computeMixtureVariables (Phase **vecPhase)
	Fills some mixture attributes from a phase array.
virtual void	computeTotalEnergy (std::vector< QuantitiesAddPhys * > &vecGPA)
	Compute mixture total specific energy from internal one taking account for energies associated to extra physics.
virtual void	totalEnergyToInternalEnergy (std::vector< QuantitiesAddPhys * > &vecGPA)
	Compute mixture internal specific energy from total one taking account for energies associated to extra physics.
virtual void	localProjection (const Coord &normal, const Coord &tangent, const Coord &binormal)
	velocity vector projection in a local Cartesian coordinate system
virtual void	reverseProjection (const Coord &normal, const Coord &tangent, const Coord &binormal)
	velocity vector reverse projection in the absolute Cartesian coordinate system
virtual int	getNumberScalars () const
virtual int	getNumberVectors () const
virtual double	returnScalar (const int &numVar) const
virtual Coord	returnVector (const int &numVar) const
virtual std::string	returnNameScalar (const int &numVar) const
virtual std::string	returnNameVector (const int &numVar) const
virtual void	setScalar (const int &numVar, const double &value)
virtual void	setVector (const int &numVar, const Coord &value)
virtual int	numberOfTransmittedVariables () const
virtual void	fillBuffer (double *buffer, int &counter) const
virtual void	fillBuffer (std::vector< double > &dataToSend) const
virtual void	getBuffer (double *buffer, int &counter)
virtual void	getBuffer (std::vector< double > &dataToReceive, int &counter)
virtual void	computeSlopesMixture (const Mixture &sLeft, const Mixture &sRight, const double &distance)
virtual void	setToZero ()
virtual void	setToMax ()
virtual void	extrapolate (const Mixture &slope, const double &distance)
virtual void	limitSlopes (const Mixture &slopeGauche, const Mixture &slopeDroite, Limiter &globalLimiter)
virtual void	setMin (const Mixture &mixture1, const Mixture &mixture2)
virtual void	setMax (const Mixture &mixture1, const Mixture &mixture2)
virtual void	computeGradientLimiter (const Limiter &globalLimiter, const Mixture &mixture, const Mixture &mixtureMin, const Mixture &mixtureMax, const Mixture &slope)
virtual int	numberOfTransmittedSlopes () const
virtual void	fillBufferSlopes (double *buffer, int &counter) const
virtual void	getBufferSlopes (double *buffer, int &counter)
virtual const double &	getDensity () const
virtual const double &	getPressure () const
virtual const double &	getTemperature () const
virtual const double &	getU () const
virtual const double &	getV () const
virtual const double &	getW () const
virtual const Coord &	getVelocity () const
virtual Coord &	getVelocity ()
virtual const double &	getEnergy () const
virtual const double &	getTotalEnergy () const
virtual const double &	getMixSoundSpeed () const
virtual void	setPressure (const double &p)
virtual void	setVelocity (const double &u, const double &v, const double &w)
virtual void	setVelocity (const Coord &vit)
virtual void	setU (const double &u)
virtual void	setV (const double &v)
virtual void	setW (const double &w)
virtual void	setTotalEnergy (double &totalEnergy)
virtual void	setTemperature (const double &T)
virtual void	changeSign ()
virtual void	multiplyAndAdd (const Mixture &slopesMixtureTemp, const double &coeff)
virtual void	divide (const double &coeff)
Public Member Functions inherited from Mixture
	Mixture ()
virtual	~Mixture ()
void	printMixture (std::ofstream &fileStream) const
	Print mixture variables in file stream.
double	computeTsat (const Eos *eosLiq, const Eos *eosVap, const double &pressure, double *dTsat=0)
	Compute saturation temperature for a liq/vapor couple of fluid at given pressure.
double	computePsat (const Eos *eosLiq, const Eos *eosVap, const double &temp)
	Compute saturation pressure for a liq/vapor couple of fluid at given pressure.
double	computeCriticalPressure (const Eos *eosLiq, const Eos *eosVap)
	Compute the theoritical critical pressure.
virtual double	computePressure (double, const double &, Phase **, Mixture *, const int &, const int &)
virtual const double &	getFrozenSoundSpeed () const
virtual const double &	getWoodSoundSpeed () const
virtual const double &	getEnergyCompaction () const
virtual const double &	getEnergyElastic () const
virtual const Tensor &	getStressTensor () const
virtual Tensor &	getStressTensor ()
virtual void	setEnergyCompaction (const double &)
virtual void	setEnergyElastic (const double &)
virtual void	setStressTensor (const Tensor &)

Private Attributes
double	m_density
	mixture density
double	m_pressure
	mixture pressure
Coord	m_velocity
	mixture velocity
double	m_temperature
	mixture temperature
double	m_energy
	mixture internal specific energy
double	m_totalEnergy
	mixture total specific energy
double	m_PTUEqSoundSpeed
	mixture thermal equilibrium sound speed

Detailed Description

Mixture variables for pressure-temperature-velocity (mechanical and thermal equilibrium) system of equations.

Constructor & Destructor Documentation

MixPTUEq() [1/2]

MixPTUEq::MixPTUEq

(

)

MixPTUEq() [2/2]

MixPTUEq::MixPTUEq	(	tinyxml2::XMLElement *	state,
		std::string	fileName
	)

Mixture constructor from a XML format reading.

Reading data from XML file under the following format: ex: <mixture> <dataMix pressure = "1.e5" temperature = "300."> <velocity x = "0." y = "0." z = "0." > </mixture>

Parameters

state	XML element to read for mixture data
fileName	string name of readed XML file

~MixPTUEq()

MixPTUEq::~MixPTUEq ( )

virtual

Member Function Documentation

allocateAndCopyMixture()

void MixPTUEq::allocateAndCopyMixture ( Mixture **  )

virtual

Copy mixture attributes in mixture.

Parameters

mixture

destination mixture variable

Reimplemented from Mixture.

changeSign()

void MixPTUEq::changeSign ( )

virtual

Reimplemented from Mixture.

computeDensity()

double MixPTUEq::computeDensity ( const double *  , const double *    )

virtual

Compute mixture density.

Parameters

alphak	phase volume fraction array
rhok	phase density array

Returns

mixture density

Reimplemented from Mixture.

computeEnthalpyIsentrope()

double MixPTUEq::computeEnthalpyIsentrope ( const double *  , const double &  , const double &  , const double &  , double *  = 0  )

virtual

Compute mixture enthalpy for a mixture evolving at thermal equilibrium along mixture isentropic path.

Parameters

Yk	array of mass fractions
p0	initial pressure
T0	initial temperature
p	final pressure
dhdp	derivative according to pressure

Returns

enthalpy after isentropic path

Reimplemented from Mixture.

computeFrozenSoundSpeed()

double MixPTUEq::computeFrozenSoundSpeed ( const double *  , const double *    )

virtual

Compute mixture frozen speed of sound.

Parameters

Yk	phase mass fraction array
ck	phase speed of sound array

Returns

mixture frozen speed of sound

Reimplemented from Mixture.

computeGradientLimiter()

void MixPTUEq::computeGradientLimiter ( const Limiter &  globalLimiter, const Mixture &  mixture, const Mixture &  mixtureMin, const Mixture &  mixtureMax, const Mixture &  slope  )

virtual

Reimplemented from Mixture.

computeInternalEnergy()

double MixPTUEq::computeInternalEnergy ( const double *  , const double *    )

virtual

Compute mixture specific internal energy.

Parameters

Yk	phase mass fraction array
ek	phase specific internal energy array

Returns

mixture specific internal energy

Reimplemented from Mixture.

computeMixtureVariables()

void MixPTUEq::computeMixtureVariables ( Phase **  )

virtual

Fills some mixture attributes from a phase array.

Parameters

vecPhase

phase array

Reimplemented from Mixture.

computePressure() [1/2]

double MixPTUEq::computePressure ( const double *  , const double *    )

virtual

Compute mixture pressure.

Parameters

alphak	phase volume fraction array
pk	phase pressure array

Returns

mixture pressure

Reimplemented from Mixture.

computePressure() [2/2]

double MixPTUEq::computePressure ( double *  masses, const double &  mixInternalEnerg, Phase **  phases  )

virtual

Reimplemented from Mixture.

computeSlopesMixture()

void MixPTUEq::computeSlopesMixture ( const Mixture &  sLeft, const Mixture &  sRight, const double &  distance  )

virtual

Reimplemented from Mixture.

computeTemperature()

double MixPTUEq::computeTemperature ( double *  masses, const double &  pressure, Phase **  phases  )

virtual

Reimplemented from Mixture.

computeTemperatureIsentrope()

double MixPTUEq::computeTemperatureIsentrope ( const double *  , const double &  , const double &  , const double &  , double *  = 0  )

virtual

Compute temperature for a mixture evolving at thermal equilibrium along mixture isentropic path.

Parameters

Yk	array of mass fractions
p0	initial pressure
T0	initial temperature
p	final pressure
dTdp	derivative according to pressure

Returns

temperature after isentropic path

Reimplemented from Mixture.

computeTotalEnergy()

void MixPTUEq::computeTotalEnergy ( std::vector< QuantitiesAddPhys * > &  )

virtual

Compute mixture total specific energy from internal one taking account for energies associated to extra physics.

Parameters

vecGPA

vector of additional physics variables

Reimplemented from Mixture.

computeVolumeIsentrope()

double MixPTUEq::computeVolumeIsentrope ( const double *  , const double &  , const double &  , const double &  , double *  = 0  )

virtual

Compute mixture specific volume for a mixture evolving at thermal equilibrium along mixture isentropic path.

Parameters

Yk	array of mass fractions
p0	initial pressure
T0	initial temperature
p	final pressure
dvdp	derivative according to pressure

Returns

specific volume after isentropic path

Reimplemented from Mixture.

copyMixture()

void MixPTUEq::copyMixture ( Mixture &  )

virtual

Copy mixture in mixture attributes.

Parameters

mixture

source mixture to copy

Reimplemented from Mixture.

divide()

void MixPTUEq::divide ( const double &  coeff )

virtual

Reimplemented from Mixture.

extrapolate()

void MixPTUEq::extrapolate ( const Mixture &  slope, const double &  distance  )

virtual

Reimplemented from Mixture.

fillBuffer() [1/2]

void MixPTUEq::fillBuffer ( double *  buffer, int &  counter  ) const

virtual

Reimplemented from Mixture.

fillBuffer() [2/2]

void MixPTUEq::fillBuffer ( std::vector< double > &  dataToSend ) const

virtual

Reimplemented from Mixture.

fillBufferSlopes()

void MixPTUEq::fillBufferSlopes ( double *  buffer, int &  counter  ) const

virtual

Reimplemented from Mixture.

getBuffer() [1/2]

void MixPTUEq::getBuffer ( double *  buffer, int &  counter  )

virtual

Reimplemented from Mixture.

getBuffer() [2/2]

void MixPTUEq::getBuffer ( std::vector< double > &  dataToReceive, int &  counter  )

virtual

Reimplemented from Mixture.

getBufferSlopes()

void MixPTUEq::getBufferSlopes ( double *  buffer, int &  counter  )

virtual

Reimplemented from Mixture.

getDensity()

virtual const double & MixPTUEq::getDensity ( ) const

inlinevirtual

Reimplemented from Mixture.

getEnergy()

virtual const double & MixPTUEq::getEnergy ( ) const

inlinevirtual

Reimplemented from Mixture.

getMixSoundSpeed()

virtual const double & MixPTUEq::getMixSoundSpeed ( ) const

inlinevirtual

Reimplemented from Mixture.

getNumberScalars()

virtual int MixPTUEq::getNumberScalars ( ) const

inlinevirtual

Reimplemented from Mixture.

getNumberVectors()

virtual int MixPTUEq::getNumberVectors ( ) const

inlinevirtual

Reimplemented from Mixture.

getPressure()

virtual const double & MixPTUEq::getPressure ( ) const

inlinevirtual

Reimplemented from Mixture.

getTemperature()

virtual const double & MixPTUEq::getTemperature ( ) const

inlinevirtual

Reimplemented from Mixture.

getTotalEnergy()

virtual const double & MixPTUEq::getTotalEnergy ( ) const

inlinevirtual

Reimplemented from Mixture.

getU()

virtual const double & MixPTUEq::getU ( ) const

inlinevirtual

Reimplemented from Mixture.

getV()

virtual const double & MixPTUEq::getV ( ) const

inlinevirtual

Reimplemented from Mixture.

getVelocity() [1/2]

virtual Coord & MixPTUEq::getVelocity ( )

inlinevirtual

Reimplemented from Mixture.

getVelocity() [2/2]

virtual const Coord & MixPTUEq::getVelocity ( ) const

inlinevirtual

Reimplemented from Mixture.

getW()

virtual const double & MixPTUEq::getW ( ) const

inlinevirtual

Reimplemented from Mixture.

limitSlopes()

void MixPTUEq::limitSlopes ( const Mixture &  slopeGauche, const Mixture &  slopeDroite, Limiter &  globalLimiter  )

virtual

Reimplemented from Mixture.

localProjection()

void MixPTUEq::localProjection ( const Coord &  , const Coord &  , const Coord &    )

virtual

velocity vector projection in a local Cartesian coordinate system

Parameters

normal	normal vector associated to the cell interface
tangent	tangent vector associated to the cell interface
binormal	binormal vector associated to the cell interface

Reimplemented from Mixture.

multiplyAndAdd()

void MixPTUEq::multiplyAndAdd ( const Mixture &  slopesMixtureTemp, const double &  coeff  )

virtual

Reimplemented from Mixture.

numberOfTransmittedSlopes()

int MixPTUEq::numberOfTransmittedSlopes ( ) const

virtual

Reimplemented from Mixture.

numberOfTransmittedVariables()

int MixPTUEq::numberOfTransmittedVariables ( ) const

virtual

Reimplemented from Mixture.

returnNameScalar()

std::string MixPTUEq::returnNameScalar ( const int &  numVar ) const

virtual

Reimplemented from Mixture.

returnNameVector()

std::string MixPTUEq::returnNameVector ( const int &  numVar ) const

virtual

Reimplemented from Mixture.

returnScalar()

double MixPTUEq::returnScalar ( const int &  numVar ) const

virtual

Reimplemented from Mixture.

returnVector()

Coord MixPTUEq::returnVector ( const int &  numVar ) const

virtual

Reimplemented from Mixture.

reverseProjection()

void MixPTUEq::reverseProjection ( const Coord &  , const Coord &  , const Coord &    )

virtual

velocity vector reverse projection in the absolute Cartesian coordinate system

Parameters

normal	normal vector associated to the cell interface
tangent	tangent vector associated to the cell interface
binormal	binormal vector associated to the cell interface

Reimplemented from Mixture.

setMax()

void MixPTUEq::setMax ( const Mixture &  mixture1, const Mixture &  mixture2  )

virtual

Reimplemented from Mixture.

setMin()

void MixPTUEq::setMin ( const Mixture &  mixture1, const Mixture &  mixture2  )

virtual

Reimplemented from Mixture.

setPressure()

void MixPTUEq::setPressure ( const double &  p )

virtual

Reimplemented from Mixture.

setScalar()

void MixPTUEq::setScalar ( const int &  numVar, const double &  value  )

virtual

Reimplemented from Mixture.

setTemperature()

void MixPTUEq::setTemperature ( const double &  T )

virtual

Reimplemented from Mixture.

setToMax()

void MixPTUEq::setToMax ( )

virtual

Reimplemented from Mixture.

setTotalEnergy()

void MixPTUEq::setTotalEnergy ( double &  totalEnergy )

virtual

Reimplemented from Mixture.

setToZero()

void MixPTUEq::setToZero ( )

virtual

Reimplemented from Mixture.

setU()

void MixPTUEq::setU ( const double &  u )

virtual

Reimplemented from Mixture.

setV()

void MixPTUEq::setV ( const double &  v )

virtual

Reimplemented from Mixture.

setVector()

void MixPTUEq::setVector ( const int &  numVar, const Coord &  value  )

virtual

Reimplemented from Mixture.

setVelocity() [1/2]

void MixPTUEq::setVelocity ( const Coord &  vit )

virtual

Reimplemented from Mixture.

setVelocity() [2/2]

void MixPTUEq::setVelocity ( const double &  u, const double &  v, const double &  w  )

virtual

Reimplemented from Mixture.

setW()

void MixPTUEq::setW ( const double &  w )

virtual

Reimplemented from Mixture.

totalEnergyToInternalEnergy()

void MixPTUEq::totalEnergyToInternalEnergy ( std::vector< QuantitiesAddPhys * > &  )

virtual

Compute mixture internal specific energy from total one taking account for energies associated to extra physics.

Parameters

vecGPA

vector of additional physics variables

Reimplemented from Mixture.

Member Data Documentation

m_density

double MixPTUEq::m_density

private

mixture density

m_energy

double MixPTUEq::m_energy

private

mixture internal specific energy

m_pressure

double MixPTUEq::m_pressure

private

mixture pressure

m_PTUEqSoundSpeed

double MixPTUEq::m_PTUEqSoundSpeed

private

mixture thermal equilibrium sound speed

m_temperature

double MixPTUEq::m_temperature

private

mixture temperature

m_totalEnergy

double MixPTUEq::m_totalEnergy

private

mixture total specific energy

m_velocity

Coord MixPTUEq::m_velocity

private

mixture velocity

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

• /Users/fabien/depotsSephiroth/gitLab/ECOGEN/ecogen/src/Models/PTUEq/MixPTUEq.h
• /Users/fabien/depotsSephiroth/gitLab/ECOGEN/ecogen/src/Models/PTUEq/MixPTUEq.cpp