nce.mech

Class TruncatedCone

java.lang.Object

nce.mech.TruncatedCone

Direct Known Subclasses:

TruncatedConeASMEVIIId1UG32

public class TruncatedCone
extends java.lang.Object

Defines a cone object class that can be extended to implement mechanical calculations like rating under internal or external pressure.

Version:

20160323

Author:

Carlo Tegano

Constructor Summary

Constructors

Constructor and Description
TruncatedCone()

Method Summary

Methods

Modifier and Type	Method and Description
double	getActualThickness()
double	getCorrAllow()
double	getDesignPressure()
double	getDesignTemperature()
double	getJointEfficiency()
double	getMaxAllowStress()
double	getSolidVolume()
void	setActualThickness(double actTh)
void	setDesignData(double iDup, double iDlo, double h, double actTh, double desP, double desT, double maxAllStress, double jEff, double corrAllow) Sets the design figures for the truncated cone object
void	setDesignPressure(double desP)
void	setDesignTemperature(double desT)
void	setGeometry(double iDhi, double iDlo, double height, double actThickness, double corrAllow) Sets truncated cone geometry.
void	setJointEfficiency(double jEff)
void	setMaxAllowStress(double maSigma)

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

TruncatedCone

public TruncatedCone()

Method Detail

setDesignData

public void setDesignData(double iDup,
                 double iDlo,
                 double h,
                 double actTh,
                 double desP,
                 double desT,
                 double maxAllStress,
                 double jEff,
                 double corrAllow)

Sets the design figures for the truncated cone object

Parameters:

iDup - Upper diameter of the cone [m]

iDlo - Lower diameter of the cone [m]

h - TL to TL height [m]

actTh - actual thickness [m]

desP - design pressure [Pa]

maxAllStress - maximum allowable stress [Pa]

jEff - joint efficiency

corrAllow - corrosion allowance [m]

setGeometry

public void setGeometry(double iDhi,
               double iDlo,
               double height,
               double actThickness,
               double corrAllow)

Sets truncated cone geometry. An approximate cone solid volume is evaluated.

Parameters:

iDhi - Upper diameter of the cone [m]

iDlo - Lower diameter of the cone [m]

height - TL to TL height [m]

actThickness - actual thickness [m]

corrAllow - corrosion allowance [m]

getActualThickness

public double getActualThickness()

setActualThickness

public void setActualThickness(double actTh)

getMaxAllowStress

public double getMaxAllowStress()

setMaxAllowStress

public void setMaxAllowStress(double maSigma)

getJointEfficiency

public double getJointEfficiency()

setJointEfficiency

public void setJointEfficiency(double jEff)

getDesignPressure

public double getDesignPressure()

setDesignPressure

public void setDesignPressure(double desP)

getDesignTemperature

public double getDesignTemperature()

setDesignTemperature

public void setDesignTemperature(double desT)

getSolidVolume

public double getSolidVolume()

getCorrAllow

public double getCorrAllow()