nce.phprop.thermcond

Class ThermCondMixRuleGasLowP

java.lang.Object

nce.base.PropertyEquation

nce.phprop.thermcond.ThermCondModel

nce.phprop.thermcond.ThermCondMixRuleGasLowP

All Implemented Interfaces:

java.io.Serializable

public class ThermCondMixRuleGasLowP
extends ThermCondModel

Wassiljeva's mixing rule for the thermal conductivity of low pressure gases

Version:

20151023

Author:

Carlo Tegano

See Also:

Serialized Form

Constructor Summary

Constructors

Constructor and Description
ThermCondMixRuleGasLowP()

Method Summary

Methods

Modifier and Type	Method and Description
double	applyMixRule() Applies mixing rule once thermal conductivity of each species is available
double	evalThermCond(double t, double p)
void	init(double[] x, double[] mu0, double[] mm, double[] nbT, ChemicalSpecies[] species) Initialization method for cases where pure species conductivity shall be evaluated before applying the mixing rule
void	init(double[] x, double[] mu0, double[] mm, double[] nbT, double[] pureK) Initialization method for cases where pure species conductivity is already known.
void	isHeNeHy(int index)
void	setPolar(int index)
void	setT(double t)

Methods inherited from class nce.phprop.thermcond.ThermCondModel

evalThermCond, getK

Methods inherited from class nce.base.PropertyEquation

getConvAdd, getConvFact, getDescription, getFixedValue, getInputRanges, getLabel, getOutputRanges, getPar, getStatus, setConvAdd, setConvFact, setDescription, setFixedValue, setLabel, setPar, setParameterByIndex, toStringSummary

Methods inherited from class java.lang.Object

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

Constructor Detail

ThermCondMixRuleGasLowP

public ThermCondMixRuleGasLowP()

Method Detail

isHeNeHy

public void isHeNeHy(int index)

setPolar

public void setPolar(int index)

init

public void init(double[] x,
        double[] mu0,
        double[] mm,
        double[] nbT,
        double[] pureK)

Initialization method for cases where pure species conductivity is already known.

Parameters:

x -

mu0 -

mm -

nbT -

pureK -

init

public void init(double[] x,
        double[] mu0,
        double[] mm,
        double[] nbT,
        ChemicalSpecies[] species)

Initialization method for cases where pure species conductivity shall be evaluated before applying the mixing rule

Parameters:

x -

mu0 -

mm -

nbT -

species -

applyMixRule

public double applyMixRule()

Applies mixing rule once thermal conductivity of each species is available

Overrides:

applyMixRule in class PropertyEquation

Returns:

thermal conductivity of mixture [W/m K]

evalThermCond

public double evalThermCond(double t,
                   double p)

Specified by:

evalThermCond in class ThermCondModel

setT

public void setT(double t)