Class SeparatorMechanicalDesign

java.lang.Object

neqsim.process.mechanicaldesign.MechanicalDesign

neqsim.process.mechanicaldesign.separator.SeparatorMechanicalDesign

All Implemented Interfaces:

Serializable

Direct Known Subclasses:

AbsorberMechanicalDesign, GasScrubberMechanicalDesign

public class SeparatorMechanicalDesign
extends MechanicalDesign

SeparatorMechanicalDesign class.

Version:

$Id: $Id

Author:

esol

See Also:

• Serialized Form

Field Summary

Fields

Modifier and Type	Field	Description
(package private) double	Fg
(package private) double	gasLoadFactor
(package private) double	retentionTime
private static final long	serialVersionUID	Serialization version UID.
(package private) double	volumeSafetyFactor

Fields inherited from class MechanicalDesign

costEstimate, designStandard, innerDiameter, maxDesignDuty, maxDesignGassVolumeFlow, maxDesignOilVolumeFlow, maxDesignPower, maxDesignVolumeFlow, maxDesignWaterVolumeFlow, minDesignDuty, minDesignGassVolumeFLow, minDesignOilFLow, minDesignPower, minDesignVolumeFLow, minDesignWaterVolumeFLow, moduleHeight, moduleLength, moduleWidth, outerDiameter, tantanLength, wallThickness, weightElectroInstrument, weightNozzle, weightPiping, weightStructualSteel, weightVessel, weigthInternals, weigthVesselShell

Constructor Summary

Constructors

Constructor	Description
SeparatorMechanicalDesign(ProcessEquipmentInterface equipment)	Constructor for SeparatorMechanicalDesign.

Method Summary

Modifier and Type	Method	Description
void	calcDesign()	calcDesign.
void	displayResults()	displayResults.
double	getFg()	Get liquid level fraction (Fg).
double	getGasLoadFactor()	Get gas load factor (K-factor).
SeparatorMechanicalDesignResponse	getResponse()	Get the mechanical design response object.
double	getRetentionTime()	Get retention time in seconds.
double	getVolumeSafetyFactor()	Get volume safety factor.
void	readDesignSpecifications()	readDesignSpecifications.
void	setDesign()	setDesign.
String	toJson()	Export mechanical design data to JSON format.

Methods inherited from class MechanicalDesign

addDesignDataSource, equals, getApplicableStandards, getCompanySpecificDesignStandards, getConstrutionMaterial, getCorrosionAllowance, getCostEstimate, getDefaultLiquidDensity, getDefaultLiquidViscosity, getDesignCorrosionAllowance, getDesignDataSources, getDesignJointEfficiency, getDesignLimitData, getDesignMaxPressureLimit, getDesignMaxTemperatureLimit, getDesignMinPressureLimit, getDesignMinTemperatureLimit, getDesignStandard, getInnerDiameter, getJointEfficiency, getLastMarginResult, getMaterialDesignStandard, getMaterialPipeDesignStandard, getMaxAllowableStress, getMaxDesignGassVolumeFlow, getMaxDesignOilVolumeFlow, getMaxDesignPressure, getMaxDesignVolumeFlow, getMaxDesignWaterVolumeFlow, getMaxOperationPressure, getMaxOperationTemperature, getMinDesignGassVolumeFLow, getMinDesignOilFLow, getMinDesignPressure, getMinDesignVolumeFLow, getMinDesignWaterVolumeFLow, getMinOperationPressure, getMinOperationTemperature, getModuleHeight, getModuleLength, getModuleWidth, getOuterDiameter, getPressureMarginFactor, getProcessEquipment, getRecommendedStandards, getTantanLength, getTensileStrength, getVolumeTotal, getWallThickness, getWeightElectroInstrument, getWeightNozzle, getWeightPiping, getWeightStructualSteel, getWeightTotal, getWeightVessel, getWeigthInternals, getWeigthVesselShell, hasDesignStandard, hashCode, initMechanicalDesign, isHasSetCompanySpecificDesignStandards, setCompanySpecificDesignStandards, setConstrutionMaterial, setCorrosionAllowance, setDefaultLiquidDensity, setDefaultLiquidViscosity, setDesignDataSource, setDesignDataSources, setDesignStandard, setDesignStandard, setDesignStandard, setDesignStandard, setDesignStandards, setHasSetCompanySpecificDesignStandards, setInnerDiameter, setJointEfficiency, setMaterialDesignStandard, setMaterialPipeDesignStandard, setMaxDesignDuty, setMaxDesignGassVolumeFlow, setMaxDesignOilVolumeFlow, setMaxDesignPower, setMaxDesignVolumeFlow, setMaxDesignWaterVolumeFlow, setMaxOperationPressure, setMaxOperationTemperature, setMinDesignDuty, setMinDesignGassVolumeFLow, setMinDesignOilFLow, setMinDesignPower, setMinDesignVolumeFLow, setMinDesignWaterVolumeFLow, setMinOperationPressure, setMinOperationTemperature, setModuleHeight, setModuleLength, setModuleWidth, setOuterDiameter, setPressureMarginFactor, setProcessEquipment, setTantanLength, setTensileStrength, setWallThickness, setWeightElectroInstrument, setWeightNozzle, setWeightPiping, setWeightStructualSteel, setWeightTotal, setWeightVessel, setWeigthInternals, setWeigthVesselShell, toCompactJson, validateOperatingEnvelope, validateOperatingEnvelope

Methods inherited from class Object

clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait

Field Details

serialVersionUID

private static final long serialVersionUID

Serialization version UID.

See Also:

• Constant Field Values

gasLoadFactor

double gasLoadFactor

volumeSafetyFactor

double volumeSafetyFactor

Fg

double Fg

retentionTime

double retentionTime

Constructor Details

SeparatorMechanicalDesign

public SeparatorMechanicalDesign(ProcessEquipmentInterface equipment)

Constructor for SeparatorMechanicalDesign.

Parameters:

equipment - a ProcessEquipmentInterface object

Method Details

readDesignSpecifications

public void readDesignSpecifications()

readDesignSpecifications.

Overrides:

readDesignSpecifications in class MechanicalDesign

displayResults

public void displayResults()

displayResults.

Overrides:

displayResults in class MechanicalDesign

calcDesign

public void calcDesign()

calcDesign.

Overrides:

calcDesign in class MechanicalDesign

setDesign

public void setDesign()

setDesign.

Overrides:

setDesign in class MechanicalDesign

getResponse

public SeparatorMechanicalDesignResponse getResponse()

Get the mechanical design response object.

This method returns a MechanicalDesignResponse object that can be further customized or combined with other data before serialization.

Returns a separator-specific response with additional fields for vessel sizing, internals, and process design data.

Overrides:

getResponse in class MechanicalDesign

Returns:

MechanicalDesignResponse object

toJson

public String toJson()

Export mechanical design data to JSON format.

This method creates a MechanicalDesignResponse object and serializes it to JSON using Gson. The JSON includes equipment identification, weight breakdown, design conditions, dimensions, and materials information.

Usage example:

MechanicalDesign mecDesign = separator.getMechanicalDesign();
mecDesign.calcDesign();
String json = mecDesign.toJson();

Returns JSON with separator-specific fields.

Overrides:

toJson in class MechanicalDesign

Returns:

JSON string representation of the mechanical design

getGasLoadFactor

public double getGasLoadFactor()

Get gas load factor (K-factor).

Returns:

gas load factor

getVolumeSafetyFactor

public double getVolumeSafetyFactor()

Get volume safety factor.

Returns:

volume safety factor

getFg

public double getFg()

Get liquid level fraction (Fg).

Returns:

liquid level fraction

getRetentionTime

public double getRetentionTime()

Get retention time in seconds.

Returns:

retention time