计算流体动力学导论：有限体积法（第2版）（英文版）

图书标准信息

• 作者 [美]费斯泰赫 著
• 出版社 世界图书出版公司
• 出版时间 2010-04
• 版次 1
• ISBN 9787510005572
• 定价 69.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 503页
• 字数 624千字
• 正文语种 英语

【内容简介】

　　WewerepleasantlysurprisedbythereadyacceptanceofthefirsteditionofourbookbytheCFDcommunityandbytheamountofpositivefeedbackreceivedoveraperiodof10years.Tousthishasprovidedjustificationofouroriginalplan，whichwastoprovideanaccessibleintroductiontothisfast-growingtopictosupportteachingatseniorundergraduatelevel，post-graduateresearchandnewindustrialusersofcommercialCFDcodes.Oursecondeditionseekstoenhanceandupdate.Thestructureanddidacticapproachofthefirsteditionhavebeenretainedwithoutchange，butaug-mentedbyaselectionofthemostimportantdevelopmentsinCFD.

【作者简介】

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【目录】

Preface
Acknowledgements
1Introduction
1.1WhatisCFD?
1.2HowdoesaCFDcodework?
1.3ProblemsolvingwithCFD
1.4Scopeofthisbook

2Conservationlawsoffluidmotionandboundaryconditions
2.1Governingequationsoffluidflowandheattransfer
2.2Equationsofstate
2.3Navier-StokesequationsforaNewtonianfluid
2.4Conservativeformofthegoverningequationsoffluidflow
2.5Differentialandintegralformsofthegeneraltransportequations
2.6Classificationofphysicalbehaviours
2.7Theroleofcharacteristicsinhyperbolicequations
2.8ClassificationmethodforsimplePDEs
2.9Classificationoffluidflowequations
2.10Auxiliaryconditionsforviscousfluidflowequations
2.11Problemsintransonicandsupersoniccompressibleflows
2.12Summary

3Turbulenceanditsmodelling
3.1Whatisturbulence?
3.2Transitionfromlaminartoturbulent}low
3.3Descriptorsofturbulentflow
3.4Characteristicsofsimpleturbulentflows
3.5Theeffectofturbulentfluctuationsonpropertiesofthemeanflow
3.6Turbulentflowcalculations
3.7Reynolds-averagedNavier-Stokesequationsandclassicalturbulencemodels
3.8Largeeddysimulation
3.9Directnumericalsimulation
3.10Summary

4Thefinitevolumemethodfordiffusionproblems
4.1Introduction
4.2Finitevolumemethodforone-dimensionalsteadystatediffusion
4.3Workedexamples：one-dimensionalsteadystatediffusion
4.4Finitevolumemethodfortwo-dimensionaldiffusionproblems
4.5Finitevolumemethodforthree-dimensionaldiffusionproblems
4.6Summary

5Thefinitevolumemethodforconvection-diffusionproblems
5.1Introduction
5.2Steadyone-dimensionalconvectionanddiffusion
5.3Thecentraldifferencingscheme
5.4Propertiesofdiscretisationschemes
5.5Assessmentofthecentraldifferencingschemeforconvectiondiffusionproblems
5.6Theupwinddifferencingscheme
5.7Thehybriddifferencingscheme
5.8Thepower-lawscheme
5.9Higher-orderdifferencingschemesforconvection-diffusionproblems
5.10TVDschemes
5.11Summary

6Solutionalgorithmsforpressure-velocity
6.1Introduction
6.2Thestaggeredgrid
6.3Themomentumequations
6.4TheSIMPLEalgorithm
6.5Assemblyoracompletemethod
6.6TheSIMPLERalgorithm
6.7TheSIMPLECalgorithm
6.8ThePISOalgorithm
6.9GeneralcommentsonSIMPLE，SIMPLER，SIMPLECandPISO
6.10WorkedexamplesoftheSIMPLEalgorithm
6.11Summary

7Solutionofdiscretisedequations
7.1Introduction
7.2TheTDMA
7.3ApplicationoftheTDMAtotwo-dimensionalproblems
7.4ApplicationoftheTDMAtothree-dimensionalproblems
7.5Examples
7.6Point4terativemethods
7.7Multigridtechniques
7.8Summary

8thefinitevolumemethodforunsteadyflows
8.1Introduction
8.2One-dimensionalunsteadyheatconduction
8.3Illustrativeexamples
8.4Implicitmethodfortwo-andthree-dimensionalproblems
8.5Discretisationoftransientconvection-diffusionequation
8.6Workedexampleoftransientconvection-diffusionusingQUICKdifferencing
8.7Solutionproceduresforunsteadyflowcalculations
8.8Steadystatecalculationsusingthepseudo-transientapproach
8.9Abriefnoteonothertransientschemes
8.10Summary

9Implementationofboomfaryconfftions
9.1Introduction
9.2Inletboundaryconditions
9.3Outletboundaryconditions
9.4Wallboundaryconditions
9.5Theconstantpressureboundarycondition
9.6Symmetryboundarycondition
9.7Periodicorcyclicboundarycondition
9.8Potentialpitfallsandfinalremarks

10ErrorsanduncertaintyinCFDmodelling
10.1ErrorsanduncertaintyinCFD
10.2Numericalerrors
10.3Inputuncertainty
10.4Physicalmodeluncertainty
10.5Verificationandvalidation
10，6GuidelinesforbestpracticeinCFD
10.7Reporting/documentationofCFDsimulationinputsandresults
10.8Summary

11Methodsfordealingwithcomplexgeometries
11.1Introduction
11.2Body-fittedco.ordinategridsforcomplexgeometries
11.3Catesianvs.curvilineargrids-anexample
11.4Curvilineargrids-difficulties
11.5Block-structuredgrids
11.6Unstructuredgrids
11.7Discretisationinunstructuredgrids
11.8Discretisafionofthediffusionterm
11.9Discretisafionoftheconvectiveterm
11.10Treatmentofsourceterms
11.11Assemblyofdiscretisedequations
11.12Examplecalculationswithunstructuredgrids
11.13Pressure-velocitycouplinginunstructuredmeshes
11.14Staggeredvs.co-locatedgridarrangements
11.15Extensionofthefacevelocityinterpolationmethodtounstructuredmeshes
11.16Summary

12CFDmodellingofcombustion
12.1Introduction
12.2Applicationofthefirstlawofthermodynamicstoacombustionsystem
12.3Enthalpyofformation
12.4Someimportantrelationshipsandpropertiesofgaseousmixtures
12.5Stoichiometry
12.6Equivalenceratio
12.7Adiabaticflametemperature
12.8Equilibriumanddissociation
12.9Mechanismsofcombustionandchemicalkinetics
12.10Overallreactionsandintermediatereactions
12.11Reactionrate
12.12Detailedmechanisms
12.13Reducedmechanisms
12.14Governingequationsforcombustingflows
12.15Thesimplechemicalreactingsystem(SCRS)
12.16Modellingofalaminardiffusionflame-anexample
12.17CFDcalculationofturbulentnon-premixedcombustion
12.18SCRSmodelforturbulentcombustion
12.19Probabilitydensityfunctionapproach
12.20Betapdf
12.21Thechemicalequilibriummodel
12.22Eddybreak-upmodelofcombustion
12.23Eddydissipationconcept
12.24Laminarflameletmodel
12.25Generationoflaminar，flameletlibraries
12.26Statisticsofthenon-equilibriumparameter
12.27Pollutantformationincombustion
12.28ModellingofthermalNOformationincombustion
12.29Flamelet-basedNOmodelling
12.30AnexampletoillustratelaminarflameletmodellingandNOmodellingofaturbulentflame
12.31Othermodelsfornon-premixedcombustion
12.32Modellingofpremixedcombustion
12.33Summary

13Numedcalcalculationofradiativeheattransfer
13.1Introduction
13.2Governingequationsofradiativeheattransfer
13.3Solutionmethods
13.4FourpopularradiationcalculationtechniquessuitableforCFD
13.5Illustrativeexamples
13.6Calculationofradiativepropertiesingaseousmixtures
13.7Summary

AppendixAAccuracyofaflowsimulation
AppendixBNon-uniformgrids
AppendixCCalculationofsourceterms
AppendixDLimiterfunctionsusedinChapter5
AppendixEDerivationofone-dimensionalgoverningequationsforsteady，incompressibleflowthroughaplanarnozzle
AppendixFAlternativederivationfortheterm(n.gradAi)inChapter11
AppendixGSomeexamples
Bibliography
Index