This is a MURE compound or multi-cellular object. More...

#include <ReactorChannel.hxx>

Public Member Functions
	ReactorChannel (int nzones=1, bool Hex=false, bool Maillage=false)
	Constructor standard //, double GazSpace. More...

	~ReactorChannel ()
	Delete standard. More...

void	CreateShapes ()
	Create the Shapes of the Reactor Channel. More...

void	CreateCells ()
	Create the Cells. (Maybe need to do this later with all other reactor channels). More...

double	GetRodRadius ()
	returns the fuel rod radius More...

double	GetCladdRadius ()
	returns the cladding radius More...

double	GetHeight ()
	returns the height More...

double	GetHeightStep ()
	returns the height step More...

double	GetSide ()
	returns the side value More...

double	GetSurface ()
	returns the global surface value More...

bool	IsHexagon ()
	returns whether channel is a hexagon More...

void	Translate (double dx, double dy, double dz)
	translates the channel by dx, dy and dz More...

void	Rotate (double phi, double theta=0, double psi=0, double *center=0)
	translates the channel by dx, dy and dz More...

void	CalculateGlobalSurface ()
	Calculates surface of rod (coolant+clad+fuel) More...

void	SetSource (int ParticlesNumber, int ActivesCycles, int InactivesCycles)
	Sets the source. More...

void	SetVolumeSource ()
	Makes it a volume source. More...

void	SetDimensions (double FuelRadius, double CladRadius, double VoidRadius, double Height, double Side, double ASide=0)
	Set the channels dimensions. More...

void	SetMaterials (Material Fuel, Material Cladding, Material *Coolant)
	Set the Channel Materials. More...

void	SetCenteredPosition (double dx=0., double dy=0.)
	Horizontal deviation of the center of first meshing rod (allows correct geometry without cutting rods at border) More...

void	AddGuideTube (int dx, int dy, int dz=-1, int NumOfGuideTube=0)
	Add a guide tube in meshed geometry : relative position with regard to the center - If dz isn't gived it's constructed on all z axis (for z only : 0 is at the bottom) More...

void	SetNumberOfDifferentGuideTube (int NumberOfDifferentGuideTube)

void	SetGuideTubeDimensions (double InnerRadius, double OuterRadius, int NumOfGuideTube=0)
	Set the guide tubes dimensions. More...

void	SetGuideTubeMaterials (Material IntGuideTubesMat, Material GuideTubesMat, Material *OutGuideTubesMat, int TubeNumber=0)
	Set the guide tube materials. More...

void	SetGuideTubeMaterials (Material IntGuideTubesMat, Material GuideTubesMat, int TubeNumber=0)
	Set the guide tube materials - Simplified version : coolant guide = coolant ; no variation of temp in axial cells of Guide interior and Guide tube. More...

void	SetNumberOfFuelRods (int N)
	Set the number of fuel pins in the assembly (used for simplified geometry : the same rod in all the assembly is considered for TH) More...

int	GetNumberOfFuelRods ()
	returns the number of fuel pins in the assembly (used for simplified geometry !!!) More...

void	CreateGeometry ()
	Create the geometry. If more than 1 reactor channel, then shapes should be done before cells. More...

void	SetExternalShape (Shape_ptr TheShape, int Nx=-1, int Ny=-1)
	Method to pass an external shape to be paved by this reactor channel. More...

void	SetZone (int z)

int	GetZone ()

int	GetNZones ()
	returns number of cells in the z direction (determined by user at launch) More...

int	GetRangesOfAssembly (int N)
	returns range number in a direction in the assembly for the meshing (REP : 17x17 so range go from -9 to 9) More...

bool	IsCoolantInGuideTube ()
	returns value of fCoolantInGuideTube More...

void	SetCoolantDensityProfile (vector< double > Densities)

void	SetCoolantTemperatureProfile (vector< double > Temps)

void	SetFuelTemperatureProfile (vector< double > Temps)

void	SetReactorChannelNumber (int Number=0)
	Set the number. More...

int	GetReactorChannelNumber ()
	Get the number. More...

void	SetSpatialZ (bool spatz=true)
	set if Z spatial variables are needed or not More...

vector< Cell * >	GetFuelCells ()
	Return a vector of the fuel rod cells. More...

void	SetNumberOfRodToRemove (int NumberOfRodRemoved)

Private Attributes
int *	fNumberOfGuideTubeWithThisNum

int	fNumberOfDifferentGuideTube

int	fNumberOfRodRemoved

double	fFuelRadius
	The radius of the fuel rod. More...

double	fCladRadius
	The radius of the cladding. More...

double	fVoidRadius
	The void radius, if there is a void in the middle of each rod (0 if not). More...

double *	fGuideTubeInnerRadius
	The inner radius of guide tubes. More...

double *	fGuideTubeOuterRadius
	The outer radius of guide tubes. More...

double	fHeight
	The height of the channel. More...

double	fHeightStep
	The height step of channels. More...

double	fSide
	The side dimension. More...

double	fASide
	The assembly side dimension for the case that Maillage is required. More...

double	fAssemblySide
	The assembly side dimension (tube guide case) More...

int	fXNumberOfPins
	Number of pins in X axis. More...

int	fYNumberOfPins
	Number of pins in Y axis. More...

double	fSurface
	Global surface of rod. More...

double	fXDeviation
	X translation of the center pin (instead of begining the mesh on 0,0,0) More...

double	fYDeviation
	Y translation of the center pin. More...

bool	fHexagon
	Whether the channel is hexagonal (default is Cuboid) More...

bool	fMaillage
	Whether we are going to use the channel to make a pavage of an assembly. More...

bool	fGuideTube
	default value = false ; if true : guide tube constuctor actived More...

bool	fCoolantInGuideTube
	default value = false ; if true : it means coolant material is putted in exterior of guide tube cell More...

int	fNZones
	The number of cells in the z direction (default = 1) More...

bool	fExternalShape
	If we provde the shape from the outside or build it inside (default=false) More...

bool	fVoid
	Is there a void in the middle of the fuel rods? (default = no) More...

int	fZone
	The cell group zone that the reactor channel sits. More...

int	fNumberOfFuelRodsInAssembly
	number of fuel pins in the assembly (used for simplified geometry !!! : the same rod in all the assembly) More...

vector< Material * >	fFuels
	the fuel materials More...

vector< Material * >	fCoolants
	the coolant materials More...

vector< Material * >	fCladdings
	the cladding materials More...

vector< vector< Material * > >	fIntGuideTubesMat
	the inside guide tube materials (coolant or control black or grey rod) More...

vector< vector< Material * > >	fGuideTubesMat
	the guide tube materials (generally Zry4) More...

vector< Material * >	fOutGuideTubesMat
	the ouside guide tube materials (coolant material quite like fCoolants) More...

Material *	fVoidMat
	the material inside the fuel rods with a void More...

vector< double >	fTranslations
	the distances to translate the segments More...

vector< int >	fXpos
	relative guide tube X position with regard to the center More...

vector< int >	fYpos
	relative guide tube Y position with regard to the center More...

vector< int >	fZpos
	relative guide tube Z position with regard to the center More...

Shape_ptr *	fSegments
	contains the water More...

Shape_ptr *	fPavages
	the paving shapes More...

Shape_ptr *	fRods
	the rods More...

Shape_ptr *	fVoids
	the voids, if fuel rods are hollow More...

Shape_ptr *	fCladdingTubes
	the tubes containing the cladding More...

Shape_ptr *	fExtCladdingTubes
	and their exteriors More...

Shape_ptr **	fIntGuideTubes
	interior of guide tube : can be coolant or control black or grey rods More...

Shape_ptr **	fGuideTubes
	guide tube structure More...

Shape_ptr **	fExtGuideTubes
	exterior of the guide tube : "same" coolant as neighbor cells More...

Shape_ptr	fExterior
	The outside of everything. More...

vector< Cell * >	fsegments
	contains the water More...

vector< Cell * >	fpavages

vector< Cell * >	frods
	contains the fuel More...

vector< Cell * >	fvoids
	void in the center of rods (if needed) More...

vector< Cell * >	fcladdingtubes
	cladding More...

vector< Cell * >	fextcladdingtubes

vector< Cell * >	fintguidetube
	inside guide tube More...

vector< Cell * >	fguidetubes
	cladding More...

vector< Cell * >	fextguidetubes
	outside guide tube More...

Cell *	fexterior

bool	fSpatialZ
	Is true if we want separate Z spatial variables. More...

int	fReactorChannelNumber
	The number of this reactor channel. More...

bool	fVolumeSource

Detailed Description

This is a MURE compound or multi-cellular object.

This Object defines the geometry for a basic square or hexagonal reactor channel with cylindrical fuel rod & cladding, split up into N sections in the Z direction.

Author: JNW; Nico*

Version: 1.0

Constructor & Destructor Documentation

ReactorChannel::ReactorChannel	(	int	nzones = `1`,
		bool	Hex = `false`,
		bool	Maillage = `false`
	)

Constructor standard //, double GazSpace.

ReactorChannel::~ReactorChannel ( )

Delete standard.

Member Function Documentation

void ReactorChannel::AddGuideTube	(	int	dx,
		int	dy,
		int	dz = `-1`,
		int	NumOfGuideTube = `0`
	)

Add a guide tube in meshed geometry : relative position with regard to the center - If dz isn't gived it's constructed on all z axis (for z only : 0 is at the bottom)

void ReactorChannel::CalculateGlobalSurface ( )

Calculates surface of rod (coolant+clad+fuel)

void ReactorChannel::CreateCells ( )

Create the Cells. (Maybe need to do this later with all other reactor channels).

void ReactorChannel::CreateGeometry ( )

inline

Create the geometry. If more than 1 reactor channel, then shapes should be done before cells.

void ReactorChannel::CreateShapes ( )

Create the Shapes of the Reactor Channel.

double ReactorChannel::GetCladdRadius ( )

inline

returns the cladding radius

vector<Cell*> ReactorChannel::GetFuelCells ( )

inline

Return a vector of the fuel rod cells.

double ReactorChannel::GetHeight ( )

inline

returns the height

double ReactorChannel::GetHeightStep ( )

inline

returns the height step

int ReactorChannel::GetNumberOfFuelRods ( )

inline

returns the number of fuel pins in the assembly (used for simplified geometry !!!)

int ReactorChannel::GetNZones ( )

inline

returns number of cells in the z direction (determined by user at launch)

int ReactorChannel::GetRangesOfAssembly ( int N )

returns range number in a direction in the assembly for the meshing (REP : 17x17 so range go from -9 to 9)

int ReactorChannel::GetReactorChannelNumber ( )

inline

Get the number.

double ReactorChannel::GetRodRadius ( )

inline

returns the fuel rod radius

double ReactorChannel::GetSide ( )

inline

returns the side value

double ReactorChannel::GetSurface ( )

inline

returns the global surface value

int ReactorChannel::GetZone ( )

inline

bool ReactorChannel::IsCoolantInGuideTube ( )

inline

returns value of fCoolantInGuideTube

bool ReactorChannel::IsHexagon ( )

inline

returns whether channel is a hexagon

void ReactorChannel::Rotate	(	double	phi,
		double	theta = `0`,
		double	psi = `0`,
		double *	center = `0`
	)

translates the channel by dx, dy and dz

void ReactorChannel::SetCenteredPosition	(	double	dx = `0.`,
		double	dy = `0.`
	)

inline

Horizontal deviation of the center of first meshing rod (allows correct geometry without cutting rods at border)

void ReactorChannel::SetCoolantDensityProfile ( vector< double > Densities )

void ReactorChannel::SetCoolantTemperatureProfile ( vector< double > Temps )

void ReactorChannel::SetDimensions	(	double	FuelRadius,
		double	CladRadius,
		double	VoidRadius,
		double	Height,
		double	Side,
		double	ASide = `0`
	)

Set the channels dimensions.

void ReactorChannel::SetExternalShape	(	Shape_ptr	TheShape,
		int	Nx = `-1`,
		int	Ny = `-1`
	)

Method to pass an external shape to be paved by this reactor channel.

void ReactorChannel::SetFuelTemperatureProfile ( vector< double > Temps )

void ReactorChannel::SetGuideTubeDimensions	(	double	InnerRadius,
		double	OuterRadius,
		int	NumOfGuideTube = `0`
	)

Set the guide tubes dimensions.

void ReactorChannel::SetGuideTubeMaterials	(	Material *	IntGuideTubesMat,
		Material *	GuideTubesMat,
		Material *	OutGuideTubesMat,
		int	TubeNumber = `0`
	)

Set the guide tube materials.

void ReactorChannel::SetGuideTubeMaterials	(	Material *	IntGuideTubesMat,
		Material *	GuideTubesMat,
		int	TubeNumber = `0`
	)

Set the guide tube materials - Simplified version : coolant guide = coolant ; no variation of temp in axial cells of Guide interior and Guide tube.

void ReactorChannel::SetMaterials	(	Material *	Fuel,
		Material *	Cladding,
		Material *	Coolant
	)

Set the Channel Materials.

void ReactorChannel::SetNumberOfDifferentGuideTube ( int NumberOfDifferentGuideTube )

void ReactorChannel::SetNumberOfFuelRods ( int N )

inline

Set the number of fuel pins in the assembly (used for simplified geometry : the same rod in all the assembly is considered for TH)

void ReactorChannel::SetNumberOfRodToRemove ( int NumberOfRodRemoved )

inline

void ReactorChannel::SetReactorChannelNumber ( int Number = 0 )

inline

Set the number.

void ReactorChannel::SetSource	(	int	ParticlesNumber,
		int	ActivesCycles,
		int	InactivesCycles
	)

Sets the source.

void ReactorChannel::SetSpatialZ ( bool spatz = true )

inline

set if Z spatial variables are needed or not

void ReactorChannel::SetVolumeSource ( )

inline

Makes it a volume source.

void ReactorChannel::SetZone ( int z )

inline

void ReactorChannel::Translate	(	double	dx,
		double	dy,
		double	dz
	)

translates the channel by dx, dy and dz

Member Data Documentation

double ReactorChannel::fASide

private

The assembly side dimension for the case that Maillage is required.

double ReactorChannel::fAssemblySide

private

The assembly side dimension (tube guide case)

vector<Material*> ReactorChannel::fCladdings

private

the cladding materials

Shape_ptr* ReactorChannel::fCladdingTubes

private

the tubes containing the cladding

vector<Cell*> ReactorChannel::fcladdingtubes

private

cladding

double ReactorChannel::fCladRadius

private

The radius of the cladding.

bool ReactorChannel::fCoolantInGuideTube

private

default value = false ; if true : it means coolant material is putted in exterior of guide tube cell

vector<Material*> ReactorChannel::fCoolants

private

the coolant materials

Shape_ptr* ReactorChannel::fExtCladdingTubes

private

and their exteriors

vector<Cell*> ReactorChannel::fextcladdingtubes

private

Shape_ptr ReactorChannel::fExterior

private

The outside of everything.

Cell* ReactorChannel::fexterior

private

bool ReactorChannel::fExternalShape

private

If we provde the shape from the outside or build it inside (default=false)

Shape_ptr** ReactorChannel::fExtGuideTubes

private

exterior of the guide tube : "same" coolant as neighbor cells

vector<Cell*> ReactorChannel::fextguidetubes

private

outside guide tube

double ReactorChannel::fFuelRadius

private

The radius of the fuel rod.

vector<Material*> ReactorChannel::fFuels

private

the fuel materials

bool ReactorChannel::fGuideTube

private

default value = false ; if true : guide tube constuctor actived

double* ReactorChannel::fGuideTubeInnerRadius

private

The inner radius of guide tubes.

double* ReactorChannel::fGuideTubeOuterRadius

private

The outer radius of guide tubes.

Shape_ptr** ReactorChannel::fGuideTubes

private

guide tube structure

vector<Cell*> ReactorChannel::fguidetubes

private

cladding

vector< vector <Material*> > ReactorChannel::fGuideTubesMat

private

the guide tube materials (generally Zry4)

double ReactorChannel::fHeight

private

The height of the channel.

double ReactorChannel::fHeightStep

private

The height step of channels.

bool ReactorChannel::fHexagon

private

Whether the channel is hexagonal (default is Cuboid)

vector<Cell*> ReactorChannel::fintguidetube

private

inside guide tube

Shape_ptr** ReactorChannel::fIntGuideTubes

private

interior of guide tube : can be coolant or control black or grey rods

vector< vector <Material*> > ReactorChannel::fIntGuideTubesMat

private

the inside guide tube materials (coolant or control black or grey rod)

bool ReactorChannel::fMaillage

private

Whether we are going to use the channel to make a pavage of an assembly.

int ReactorChannel::fNumberOfDifferentGuideTube

private

int ReactorChannel::fNumberOfFuelRodsInAssembly

private

number of fuel pins in the assembly (used for simplified geometry !!! : the same rod in all the assembly)

int* ReactorChannel::fNumberOfGuideTubeWithThisNum

private

int ReactorChannel::fNumberOfRodRemoved

private

int ReactorChannel::fNZones

private

The number of cells in the z direction (default = 1)

vector<Material*> ReactorChannel::fOutGuideTubesMat

private

the ouside guide tube materials (coolant material quite like fCoolants)

Shape_ptr* ReactorChannel::fPavages

private

the paving shapes

vector<Cell*> ReactorChannel::fpavages

private

int ReactorChannel::fReactorChannelNumber

private

The number of this reactor channel.

Shape_ptr* ReactorChannel::fRods

private

the rods

vector<Cell*> ReactorChannel::frods

private

contains the fuel

Shape_ptr* ReactorChannel::fSegments

private

contains the water

vector<Cell*> ReactorChannel::fsegments

private

contains the water

double ReactorChannel::fSide

private

The side dimension.

bool ReactorChannel::fSpatialZ

private

Is true if we want separate Z spatial variables.

double ReactorChannel::fSurface

private

Global surface of rod.

vector<double> ReactorChannel::fTranslations

private

the distances to translate the segments

bool ReactorChannel::fVoid

private

Is there a void in the middle of the fuel rods? (default = no)

Material* ReactorChannel::fVoidMat

private

the material inside the fuel rods with a void

double ReactorChannel::fVoidRadius

private

The void radius, if there is a void in the middle of each rod (0 if not).

Shape_ptr* ReactorChannel::fVoids

private

the voids, if fuel rods are hollow

vector<Cell*> ReactorChannel::fvoids

private

void in the center of rods (if needed)

bool ReactorChannel::fVolumeSource

private

double ReactorChannel::fXDeviation

private

X translation of the center pin (instead of begining the mesh on 0,0,0)

int ReactorChannel::fXNumberOfPins

private

Number of pins in X axis.

vector<int> ReactorChannel::fXpos

private

relative guide tube X position with regard to the center

double ReactorChannel::fYDeviation

private

Y translation of the center pin.

int ReactorChannel::fYNumberOfPins

private

Number of pins in Y axis.

vector<int> ReactorChannel::fYpos

private

relative guide tube Y position with regard to the center

int ReactorChannel::fZone

private

The cell group zone that the reactor channel sits.

vector<int> ReactorChannel::fZpos

private

relative guide tube Z position with regard to the center

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

/home/meplan/MURE/source/include/ReactorChannel.hxx
/home/meplan/MURE/source/src/ReactorChannel.cxx

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation