nce.phprop.thermcond

Class ThermCondHydrocLiq

java.lang.Object

nce.base.PropertyEquation

nce.phprop.thermcond.ThermCondModel

nce.phprop.thermcond.ThermCondHydrocLiq

All Implemented Interfaces:

java.io.Serializable

public class ThermCondHydrocLiq
extends ThermCondModel

Thermal conductivity of pure component hydrocarbon liquids

Version:

20151025

Author:

Carlo Tegano

See Also:

Serialized Form

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	ThermCondHydrocLiq.SpeciesType

Constructor Summary

Constructors

Constructor and Description
ThermCondHydrocLiq()

Method Summary

Methods

Modifier and Type	Method and Description
double	applyPressureCorrection(double k, double p, double p0, double t) Apply pressure correction, method by Lenoir.
double	evalThermCond(double t, double p)
void	setCritPressure(double cP)
void	setCritTemperature(double cT)
void	setLowerPressure(double loP)
void	setMoleDensity293(double rho0)
void	setMoleMass(double mm)
void	setSpeciesType(ThermCondHydrocLiq.SpeciesType specType)

Methods inherited from class nce.phprop.thermcond.ThermCondModel

evalThermCond, getK

Methods inherited from class nce.base.PropertyEquation

applyMixRule, 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

ThermCondHydrocLiq

public ThermCondHydrocLiq()

Method Detail

evalThermCond

public double evalThermCond(double t,
                   double p)

Specified by:

evalThermCond in class ThermCondModel

applyPressureCorrection

public double applyPressureCorrection(double k,
                             double p,
                             double p0,
                             double t)

Apply pressure correction, method by Lenoir.

Parameters:

k - thermal conductivity at low pressure

p - pressure [Pa]

t - temperature [K]

Returns:

thermal conductivity at high pressure [W/ m K]

setCritTemperature

public void setCritTemperature(double cT)

setCritPressure

public void setCritPressure(double cP)

setLowerPressure

public void setLowerPressure(double loP)

setMoleDensity293

public void setMoleDensity293(double rho0)

setMoleMass

public void setMoleMass(double mm)

setSpeciesType

public void setSpeciesType(ThermCondHydrocLiq.SpeciesType specType)