nce.vle

Class VleSolver

java.lang.Object

nce.vle.VleSolver

Direct Known Subclasses:

VleSolverGamma, VleSolverRaoult

public abstract class VleSolver
extends java.lang.Object

Base class for a vapor liquid equilibrium solver

Version:

20140428

Author:

Carlo Tegano

Constructor Summary

Constructors

Constructor and Description
VleSolver()

Method Summary

Methods

Modifier and Type	Method and Description
abstract boolean	checkAzeotrope() Checks if an azeotrope exists between x1=0 and x1=1
abstract double	evalAzeotropeTemperature() Checks if an azeotrope exists and evaluates azeotropic temperature
abstract double	evalAzeotropicPressure() Checks if an azeotrope exists and evaluates azeotropic pressure
abstract double	evalBubP() Evaluation of bubble pressure
abstract double	evalBubT() Evaluation of bubble pressure
abstract double	evalDewP() Evaluation of dew pressure
abstract double	evalDewT() Evaluation of dew temperature
abstract void	evalSysK() Evaluates Ki = yi / xi for every component i
java.lang.String	getLabel()
ChemicalSpecies[]	getSpecies()
double	getSysP()
double	getSysT()
void	setSysP(double p)
void	setSysT(double t)

Methods inherited from class java.lang.Object

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

Constructor Detail

VleSolver

public VleSolver()

Method Detail

evalDewP

public abstract double evalDewP()

Evaluation of dew pressure

Returns:

dewP dew pressure

evalDewT

public abstract double evalDewT()

Evaluation of dew temperature

Returns:

dewT dew temperature

evalBubP

public abstract double evalBubP()

Evaluation of bubble pressure

Returns:

bubP bubble pressure

evalBubT

public abstract double evalBubT()

Evaluation of bubble pressure

Returns:

bubP bubble pressure

checkAzeotrope

public abstract boolean checkAzeotrope()

Checks if an azeotrope exists between x1=0 and x1=1

Returns:

true if azeotrope exists

evalAzeotropeTemperature

public abstract double evalAzeotropeTemperature()

Checks if an azeotrope exists and evaluates azeotropic temperature

Returns:

azeoT azeotropic temperature

evalAzeotropicPressure

public abstract double evalAzeotropicPressure()

Checks if an azeotrope exists and evaluates azeotropic pressure

Returns:

azeoP azeotropic pressure

evalSysK

public abstract void evalSysK()

Evaluates Ki = yi / xi for every component i

getSysT

public double getSysT()

setSysT

public void setSysT(double t)

getSysP

public double getSysP()

setSysP

public void setSysP(double p)

getLabel

public java.lang.String getLabel()

getSpecies

public ChemicalSpecies[] getSpecies()