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csfl::IEquationMomentumU Class Reference

#include <momentum_u.h>

Inheritance diagram for csfl::IEquationMomentumU::

List of all members.

Public Methods
	IEquationMomentumU (const IString &_name, IGrid *_grid, IContainerBCond *_contBCond, IContainerParameter *_contParam, IFieldScalar *_pre=NULL, IFieldVector *_vel=NULL, TEquationType _et=etMomU)
	IEquationMomentumU (IEquationMomentumU *_e)
	~IEquationMomentumU ()
IFieldScalar*	Pressure ()
void	SetPressure (IFieldScalar *_pre)
void	SetVelocity (Vector *_v)
void	SetFieldVelocity (IFieldVector *_v)
void	SetBoundaryConditions ()
void	SetCoefficients (double _timestep)
IParamPhysical*	Mi ()
IParamPhysical*	Rho ()
void	SetFaceVelBCondInlet (IFieldVectorFace *_fvel, IFieldVector *_vel)
Protected Methods
void	SetupParameters ()
void	SetupParametersSolidBlocks ()
void	CalculateSourceTerm (double, int, int)
double	Phi (const IPoint &)
double	GammaPhi (const IPoint &, TDirection=diNULL)
void	SetBCondEdges ()
void	SetBCondNorth ()
void	SetBCondSouth ()
void	SetBCondEast ()
void	SetBCondWest ()
Protected Attributes
IParamPhysical*	mi
IParamPhysical *	rho
IFieldScalar*	pre

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Detailed Description

Classe responsável pela manipulação da equação da conservação da quantidade de movimento na direção u.

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Constructor & Destructor Documentation

csfl::IEquationMomentumU::IEquationMomentumU ( const IString & _name, IGrid * _grid, IContainerBCond * _contBCond, IContainerParameter * _contParam, IFieldScalar * _pre = NULL, IFieldVector * _vel = NULL, TEquationType _et = etMomU )

O argumento “_grid“ representa a malha sobre a qual se aplica a equação, “_contBCond“ representa o conjunto de condições de contorno da equação, “_contParam“ representa o conjunto de parâmetros físicos e numéricos, “_pre“ representa o campo de pressão inicial, “_vel“ representa o campo de velocidade inicial.

csfl::IEquationMomentumU::IEquationMomentumU ( IEquationMomentumU * _e )

csfl::IEquationMomentumU::~IEquationMomentumU ( )

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Member Function Documentation

void csfl::IEquationMomentumU::CalculateSourceTerm ( double, int, int ) [protected]

double csfl::IEquationMomentumU::GammaPhi ( const IPoint &, TDirection = diNULL ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

IParamPhysical * csfl::IEquationMomentumU::Mi ( ) [inline]

Retorna um ponteiro para o local da memória onde está alocado o campo de valores da viscosidade absoluta.

double csfl::IEquationMomentumU::Phi ( const IPoint & ) [protected]

IFieldScalar * csfl::IEquationMomentumU::Pressure ( ) [inline]

Retorna um ponteiro para o local da memória aonde está alocado o campo de pressão da equação.

IParamPhysical * csfl::IEquationMomentumU::Rho ( ) [inline]

Retorna um ponteiro para o local da memória onde está alocado o campo de valores da massa específica.

void csfl::IEquationMomentumU::SetBCondEast ( ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetBCondEdges ( ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetBCondNorth ( ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetBCondSouth ( ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetBCondWest ( ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetBoundaryConditions ( ) [virtual]

Impõe as condições de contorno para os volumes ficticios. Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetCoefficients ( double _timestep ) [virtual]

Define os coeficientes da matriz A do sistema linear A.X = B. Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetFaceVelBCondInlet ( IFieldVectorFace * _fvel, IFieldVector * _vel )

Define a velocidade em cada fronteira do domínio (no campo “_fvel“) de acordo com a condição de contorno Inlet (se houver).

void csfl::IEquationMomentumU::SetFieldVelocity ( IFieldVector * _v ) [virtual]

Define um novo campo de velocidade. Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetPressure ( IFieldScalar * _pre )

Muda o campo de pressão atual. O argumento “_pre” define o novo campo de pressão.

void csfl::IEquationMomentumU::SetVelocity ( Vector * _v ) [virtual]

Define um novo valor de velocidades u a partir do vetor “_v” solução do sistema linear. Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetupParameters ( ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

void csfl::IEquationMomentumU::SetupParametersSolidBlocks ( ) [protected, virtual]

Reimplemented from csfl::IEquationSinflow.

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Member Data Documentation

IParamPhysical * csfl::IEquationMomentumU::mi [protected]

IFieldScalar * csfl::IEquationMomentumU::pre [protected]

IParamPhysical * csfl::IEquationMomentumU::rho [protected]

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

• momentum_u.h

 

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