Class ValveMechanicalDesignResponse

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

Extends MechanicalDesignResponse with valve-specific parameters including sizing data, actuator requirements, and flow characteristics per IEC 60534 and ANSI/ISA-75.

Version:
1.0
Author:
esol
See Also:

  • Field Details

    • serialVersionUID

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

    • valveType

      private String valveType
      Valve type (globe, ball, butterfly, gate, plug).

    • valveCharacteristic

      private String valveCharacteristic
      Valve characteristic (linear, equal percentage, quick opening).

    • ansiPressureClass

      private int ansiPressureClass
      ANSI pressure class (150, 300, 600, 900, 1500, 2500).

    • nominalSizeInches

      private double nominalSizeInches
      Nominal valve size [inches].

    • cvRequired

      private double cvRequired
      Required valve Cv.

    • cvMax

      private double cvMax
      Maximum valve Cv at full open.

    • valveOpening

      private double valveOpening
      Valve opening percentage at design point.

    • kv

      private double kv
      Calculated Kv (metric flow coefficient).

    • faceToFace

      private double faceToFace
      Face-to-face dimension [mm].

    • bodyWallThickness

      private double bodyWallThickness
      Body wall thickness [mm].

    • bodyWeight

      private double bodyWeight
      Body weight [kg].

    • actuatorWeight

      private double actuatorWeight
      Actuator weight [kg].

    • actuatorType

      private String actuatorType
      Actuator type (pneumatic, electric, hydraulic, manual).

    • requiredActuatorThrust

      private double requiredActuatorThrust
      Required actuator thrust [N].

    • stemDiameter

      private double stemDiameter
      Stem diameter [mm].

    • flangeType

      private String flangeType
      Flange type (RF, RTJ, FF).

    • inletPressure

      private double inletPressure
      Inlet pressure [bara].

    • outletPressure

      private double outletPressure
      Outlet pressure [bara].

    • pressureDrop

      private double pressureDrop
      Pressure drop [bar].

    • flFactor

      private double flFactor
      Pressure recovery factor (FL).

    • xtFactor

      private double xtFactor
      Pressure ratio factor (xT).

    • flowRegime

      private String flowRegime
      Flow regime (subcritical, critical, choked).

    • massFlowRate

      private double massFlowRate
      Mass flow rate [kg/h].

    • volumetricFlowRate

      private double volumetricFlowRate
      Volumetric flow rate [m³/h].

    • noiseLevel

      private double noiseLevel
      Noise level [dBA].

    • cavitationIndex

      private double cavitationIndex
      Cavitation index.

    • isChoked

      private boolean isChoked
      Is flow choked?

  • Constructor Details

    • ValveMechanicalDesignResponse

      public ValveMechanicalDesignResponse()
      Default constructor.

    • ValveMechanicalDesignResponse

      public ValveMechanicalDesignResponse(ValveMechanicalDesign mecDesign)
      Constructor from ValveMechanicalDesign.
      Parameters:
      mecDesign - the valve mechanical design

  • Method Details

    • populateFromValveDesign

      public void populateFromValveDesign(ValveMechanicalDesign mecDesign)
      Populate valve-specific fields from ValveMechanicalDesign.
      Parameters:
      mecDesign - the valve mechanical design

    • getValveType

      public String getValveType()

    • setValveType

      public void setValveType(String valveType)

    • getValveCharacteristic

      public String getValveCharacteristic()

    • setValveCharacteristic

      public void setValveCharacteristic(String valveCharacteristic)

    • getAnsiPressureClass

      public int getAnsiPressureClass()

    • setAnsiPressureClass

      public void setAnsiPressureClass(int ansiPressureClass)

    • getNominalSizeInches

      public double getNominalSizeInches()

    • setNominalSizeInches

      public void setNominalSizeInches(double nominalSizeInches)

    • getCvRequired

      public double getCvRequired()

    • setCvRequired

      public void setCvRequired(double cvRequired)

    • getCvMax

      public double getCvMax()

    • setCvMax

      public void setCvMax(double cvMax)

    • getValveOpening

      public double getValveOpening()

    • setValveOpening

      public void setValveOpening(double valveOpening)

    • getKv

      public double getKv()

    • setKv

      public void setKv(double kv)

    • getFaceToFace

      public double getFaceToFace()

    • setFaceToFace

      public void setFaceToFace(double faceToFace)

    • getBodyWallThickness

      public double getBodyWallThickness()

    • setBodyWallThickness

      public void setBodyWallThickness(double bodyWallThickness)

    • getBodyWeight

      public double getBodyWeight()

    • setBodyWeight

      public void setBodyWeight(double bodyWeight)

    • getActuatorWeight

      public double getActuatorWeight()

    • setActuatorWeight

      public void setActuatorWeight(double actuatorWeight)

    • getActuatorType

      public String getActuatorType()

    • setActuatorType

      public void setActuatorType(String actuatorType)

    • getRequiredActuatorThrust

      public double getRequiredActuatorThrust()

    • setRequiredActuatorThrust

      public void setRequiredActuatorThrust(double requiredActuatorThrust)

    • getStemDiameter

      public double getStemDiameter()

    • setStemDiameter

      public void setStemDiameter(double stemDiameter)

    • getFlangeType

      public String getFlangeType()

    • setFlangeType

      public void setFlangeType(String flangeType)

    • getInletPressure

      public double getInletPressure()

    • setInletPressure

      public void setInletPressure(double inletPressure)

    • getOutletPressure

      public double getOutletPressure()

    • setOutletPressure

      public void setOutletPressure(double outletPressure)

    • getPressureDrop

      public double getPressureDrop()

    • setPressureDrop

      public void setPressureDrop(double pressureDrop)

    • getFlFactor

      public double getFlFactor()

    • setFlFactor

      public void setFlFactor(double flFactor)

    • getXtFactor

      public double getXtFactor()

    • setXtFactor

      public void setXtFactor(double xtFactor)

    • getFlowRegime

      public String getFlowRegime()

    • setFlowRegime

      public void setFlowRegime(String flowRegime)

    • getMassFlowRate

      public double getMassFlowRate()

    • setMassFlowRate

      public void setMassFlowRate(double massFlowRate)

    • getVolumetricFlowRate

      public double getVolumetricFlowRate()

    • setVolumetricFlowRate

      public void setVolumetricFlowRate(double volumetricFlowRate)

    • getNoiseLevel

      public double getNoiseLevel()

    • setNoiseLevel

      public void setNoiseLevel(double noiseLevel)

    • getCavitationIndex

      public double getCavitationIndex()

    • setCavitationIndex

      public void setCavitationIndex(double cavitationIndex)

    • isChoked

      public boolean isChoked()

    • setChoked

      public void setChoked(boolean isChoked)