Table of Contents
DISCLAIMERSANDCOPYRIGHT
FOREWORD
ACKNOWLEDGMENTS
1.INTRODUCTION
1.1.Scope
1.2.Background
1.3.FieldofApplication
1.4.TypesofProperties
1.5.TypesofGases
1.6.TypesofConditions
2.UNCERTAINTY
3.CALCULATIONS
3.1.Symbols
3.2.OverviewofCalculationMethodandSequence
3.3.Compliance
3.4.EquationsforSpeedofSound
4.CRITICALFLOWFACTORDETERMINATION
5.CHARACTERISTICSOFTYPICALGASES
6.REFERENCES
7.COMPUTATIONFLOWCHARTS
8.CALCULATIONOUTPUTFORPROGRAMVERIFICATION
8.1.DetailedOutputResultsforProgramDevelopment
8.1.1.DetailedOutput-Result#1
8.1.2.DetailedOutput-Result#2
8.1.3.DetailedOutput-Result#3
8.2.TabledResultsforComplianceCheckingandProgram
Development
APPENDIX-C++LANGUAGEEXAMPLEIMPLEMENTATION
A1.OVERVIEWOFCOMPUTERCODE
A1.1.FileGroup1-CalculationLibrary
A1.1.1.OverviewofClassesandKeyFunctions
A1.1.2.DetailClass
A1.1.3.ThermClass
A1.1.4.FunctionSOS()
A1.1.5.FunctionCrit()
A1.2.FileGroup2-ExampleWindowsApplication
A2.PRINTOUTSOFCOMPUTERCODE
A2.1.FileGroup1-CalculationCode
A2.2.FileGroup2-ExampleWindowsApplicationCode Abstract
Outlines a method for the calculation of the speed of sound in natural gas and the individual components that make up natural gas. Also calculates the entropy, enthalpy and C* coefficient for sonic nozzles. Also provides computer codes for programming calculations of speed of sound.
