nce.equipments

Class HeatExchangerSide

java.lang.Object

nce.equipments.HeatExchangerSide

Direct Known Subclasses:

HeatExchangerDoublePipeShellSide, HeatExchangerDoublePipeTubeSide

public abstract class HeatExchangerSide
extends java.lang.Object

Version:

20160212

Author:

Carlo Tegano

Constructor Summary

Constructors

Constructor and Description
HeatExchangerSide(int numSteps, java.lang.String[] labels)

Method Summary

Methods

Modifier and Type	Method and Description
abstract void	evalFilmCoeffAtAllSteps() Evaluate film coefficient using one of the available correlations in nce.heattransfer and the physical properties in the calculation grid.
double	evalFilmCoefficient() Calculates the average film coefficient along computation domain
abstract double	evalFlowArea(java.lang.Object ob)
void	evalHeatReleaseAtAllSteps() Evaluates the heat release at all steps.
abstract double	evalHydDiameterForHeatTransfer(java.lang.Object ob)
abstract double	evalHydDiameterForPressureDrop(java.lang.Object ob)
void	evalRePrAtAllSteps() Evaluate Reynolds, Prandtl at all grid points setting also transport properties.
DomainDecomposition	getDomain()
double	getFilmCoefficient()
java.lang.String	getFluidLabel() Returns stream label
double	getInlP()
double	getInlRhoV2()
double	getInlT()
double	getInlV()
double	getOutRhoV2()
double	getOutT()
double	getOutV()
Pipe	getPipe()
void	printCalculationGrid() prints the calculation grid (domain)
void	setInlP(double inlP)
void	setInlT(double inlT)
void	setOutT(double outT)
void	setPipe(Pipe pipe)

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

HeatExchangerSide

public HeatExchangerSide(int numSteps,
                 java.lang.String[] labels)

Method Detail

evalFilmCoeffAtAllSteps

public abstract void evalFilmCoeffAtAllSteps()

Evaluate film coefficient using one of the available correlations in nce.heattransfer and the physical properties in the calculation grid. The coefficient normally refers to the outer surface of the tubes.

evalHydDiameterForHeatTransfer

public abstract double evalHydDiameterForHeatTransfer(java.lang.Object ob)

evalHydDiameterForPressureDrop

public abstract double evalHydDiameterForPressureDrop(java.lang.Object ob)

evalFlowArea

public abstract double evalFlowArea(java.lang.Object ob)

evalFilmCoefficient

public double evalFilmCoefficient()

Calculates the average film coefficient along computation domain

Returns:

film coefficient [W/m2 K]

evalRePrAtAllSteps

public void evalRePrAtAllSteps()

Evaluate Reynolds, Prandtl at all grid points setting also transport properties.

evalHeatReleaseAtAllSteps

public void evalHeatReleaseAtAllSteps()

Evaluates the heat release at all steps. Heat release is specifici enthalpy (per unit mass)

printCalculationGrid

public void printCalculationGrid()

prints the calculation grid (domain)

getFluidLabel

public java.lang.String getFluidLabel()

Returns stream label

Returns:

label

getInlT

public double getInlT()

setInlT

public void setInlT(double inlT)

getOutT

public double getOutT()

setOutT

public void setOutT(double outT)

getPipe

public Pipe getPipe()

setPipe

public void setPipe(Pipe pipe)

getDomain

public DomainDecomposition getDomain()

getInlP

public double getInlP()

setInlP

public void setInlP(double inlP)

getInlRhoV2

public double getInlRhoV2()

getOutRhoV2

public double getOutRhoV2()

getInlV

public double getInlV()

getOutV

public double getOutV()

getFilmCoefficient

public double getFilmCoefficient()