Class DriftFluxModel.EnergyEquationResult
java.lang.Object
neqsim.process.equipment.pipeline.twophasepipe.DriftFluxModel.EnergyEquationResult
- All Implemented Interfaces:
Serializable
- Enclosing class:
DriftFluxModel
Energy equation result containing temperature change and heat transfer components.
- Version:
- 1.0
- Author:
- Even Solbraa
- See Also:
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Field Summary
FieldsModifier and TypeFieldDescriptiondoubleTemperature change from elevation work (K).doubleTemperature change from friction heating (K).doubleFriction heating power (W).doubleTemperature change from heat transfer to surroundings (K).doubleTotal heat transfer rate to surroundings (W).doubleTemperature change from Joule-Thomson effect (K).doubleNew temperature after energy balance (K).private static final long -
Constructor Summary
Constructors -
Method Summary
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Field Details
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serialVersionUID
private static final long serialVersionUID- See Also:
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newTemperature
public double newTemperatureNew temperature after energy balance (K). -
jouleThomsonDeltaT
public double jouleThomsonDeltaTTemperature change from Joule-Thomson effect (K). -
heatTransferDeltaT
public double heatTransferDeltaTTemperature change from heat transfer to surroundings (K). -
frictionHeatingDeltaT
public double frictionHeatingDeltaTTemperature change from friction heating (K). -
elevationWorkDeltaT
public double elevationWorkDeltaTTemperature change from elevation work (K). -
heatTransferRate
public double heatTransferRateTotal heat transfer rate to surroundings (W). -
frictionHeatingPower
public double frictionHeatingPowerFriction heating power (W).
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Constructor Details
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EnergyEquationResult
public EnergyEquationResult()
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