Class CompressorMechanicalDesignResponse

java.lang.Object
neqsim.process.mechanicaldesign.MechanicalDesignResponse
neqsim.process.mechanicaldesign.compressor.CompressorMechanicalDesignResponse
All Implemented Interfaces:
Serializable
public class CompressorMechanicalDesignResponse extends MechanicalDesignResponse
Response class for compressor mechanical design JSON export.

Extends MechanicalDesignResponse with compressor-specific parameters including staging, driver sizing, and rotordynamic data per API 617.

Version:
1.0
Author:
esol
See Also:

  • Field Details

    • serialVersionUID

      private static final long serialVersionUID
      Serialization version UID.
      See Also:

    • compressorType

      private String compressorType
      Compressor type (centrifugal, reciprocating, screw, axial).

    • casingType

      private String casingType
      Casing type (horizontal split, barrel, vertical split).

    • numberOfStages

      private int numberOfStages
      Number of compression stages.

    • headPerStage

      private double headPerStage
      Polytropic head per stage [kJ/kg].

    • totalHead

      private double totalHead
      Total polytropic head [kJ/kg].

    • impellerDiameter

      private double impellerDiameter
      Impeller diameter [mm].

    • shaftDiameter

      private double shaftDiameter
      Shaft diameter [mm].

    • tipSpeed

      private double tipSpeed
      Impeller tip speed [m/s].

    • maxContinuousSpeed

      private double maxContinuousSpeed
      Maximum continuous speed [rpm].

    • tripSpeed

      private double tripSpeed
      Trip speed [rpm].

    • firstCriticalSpeed

      private double firstCriticalSpeed
      First lateral critical speed [rpm].

    • driverPower

      private double driverPower
      Required driver power [kW].

    • driverMargin

      private double driverMargin
      Driver power margin factor.

    • casingWeight

      private double casingWeight
      Casing weight [kg].

    • rotorWeight

      private double rotorWeight
      Rotor weight [kg].

    • bundleWeight

      private double bundleWeight
      Bundle weight [kg].

    • bearingSpan

      private double bearingSpan
      Bearing span [mm].

    • inletPressure

      private double inletPressure
      Inlet pressure [bara].

    • outletPressure

      private double outletPressure
      Outlet pressure [bara].

    • pressureRatio

      private double pressureRatio
      Pressure ratio.

    • polytropicEfficiency

      private double polytropicEfficiency
      Polytropic efficiency.

    • isentropicEfficiency

      private double isentropicEfficiency
      Isentropic efficiency.

  • Constructor Details

    • CompressorMechanicalDesignResponse

      public CompressorMechanicalDesignResponse()
      Default constructor.

    • CompressorMechanicalDesignResponse

      public CompressorMechanicalDesignResponse(CompressorMechanicalDesign mecDesign)
      Constructor from CompressorMechanicalDesign.
      Parameters:
      mecDesign - the compressor mechanical design

  • Method Details

    • populateFromCompressorDesign

      public void populateFromCompressorDesign(CompressorMechanicalDesign mecDesign)
      Populate compressor-specific fields from CompressorMechanicalDesign.
      Parameters:
      mecDesign - the compressor mechanical design

    • getCompressorType

      public String getCompressorType()

    • setCompressorType

      public void setCompressorType(String compressorType)

    • getCasingType

      public String getCasingType()

    • setCasingType

      public void setCasingType(String casingType)

    • getNumberOfStages

      public int getNumberOfStages()

    • setNumberOfStages

      public void setNumberOfStages(int numberOfStages)

    • getHeadPerStage

      public double getHeadPerStage()

    • setHeadPerStage

      public void setHeadPerStage(double headPerStage)

    • getTotalHead

      public double getTotalHead()

    • setTotalHead

      public void setTotalHead(double totalHead)

    • getImpellerDiameter

      public double getImpellerDiameter()

    • setImpellerDiameter

      public void setImpellerDiameter(double impellerDiameter)

    • getShaftDiameter

      public double getShaftDiameter()

    • setShaftDiameter

      public void setShaftDiameter(double shaftDiameter)

    • getTipSpeed

      public double getTipSpeed()

    • setTipSpeed

      public void setTipSpeed(double tipSpeed)

    • getMaxContinuousSpeed

      public double getMaxContinuousSpeed()

    • setMaxContinuousSpeed

      public void setMaxContinuousSpeed(double maxContinuousSpeed)

    • getTripSpeed

      public double getTripSpeed()

    • setTripSpeed

      public void setTripSpeed(double tripSpeed)

    • getFirstCriticalSpeed

      public double getFirstCriticalSpeed()

    • setFirstCriticalSpeed

      public void setFirstCriticalSpeed(double firstCriticalSpeed)

    • getDriverPower

      public double getDriverPower()

    • setDriverPower

      public void setDriverPower(double driverPower)

    • getDriverMargin

      public double getDriverMargin()

    • setDriverMargin

      public void setDriverMargin(double driverMargin)

    • getCasingWeight

      public double getCasingWeight()

    • setCasingWeight

      public void setCasingWeight(double casingWeight)

    • getRotorWeight

      public double getRotorWeight()

    • setRotorWeight

      public void setRotorWeight(double rotorWeight)

    • getBundleWeight

      public double getBundleWeight()

    • setBundleWeight

      public void setBundleWeight(double bundleWeight)

    • getBearingSpan

      public double getBearingSpan()

    • setBearingSpan

      public void setBearingSpan(double bearingSpan)

    • getInletPressure

      public double getInletPressure()

    • setInletPressure

      public void setInletPressure(double inletPressure)

    • getOutletPressure

      public double getOutletPressure()

    • setOutletPressure

      public void setOutletPressure(double outletPressure)

    • getPressureRatio

      public double getPressureRatio()

    • setPressureRatio

      public void setPressureRatio(double pressureRatio)

    • getPolytropicEfficiency

      public double getPolytropicEfficiency()

    • setPolytropicEfficiency

      public void setPolytropicEfficiency(double polytropicEfficiency)

    • getIsentropicEfficiency

      public double getIsentropicEfficiency()

    • setIsentropicEfficiency

      public void setIsentropicEfficiency(double isentropicEfficiency)