Advances in Heat Transfer, Volume 46

268 Pages·2014·25.484 MB·English

by  Ephraim M. Sparrow, John Patrick Abraham, John M. Gorman, Young I. Cho

VOLUMEFORTYSIX
A
DVANCES IN
HEAT TRANSFER
Thispageintentionallyleftblank
VOLUME FORTY SIX
A
DVANCES IN
HEAT TRANSFER
Series Editors
EPHRAIM M. SPARROW
Department of Mechanical Engineering,
University of Minnesota, MN, USA
YOUNG I. CHO
Mechanical Engineering, Drexel University, PA, USA
JOHN P. ABRAHAM
School of Engineering, University of St. Thomas,
St. Paul, MN, USA
JOHN M. GORMAN
University of MinnesotaMinneapolis, USA
Founding Editors
THOMAS F. IRVINE, JR.
State University of New York at Stony Brook, Stony Brook, NY
JAMES P. HARTNETT
University of Illinois at Chicago, Chicago, IL
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CONTENTS
ListofContributors vii
Preface ix
1. Onthe ComputationalModelling of Flow andHeatTransfer
inIn-LineTubeBanks 1
AlastairWest,BrianE.Launder,HectorIacovides
1. Introduction 4
2. ComputationalandModellingSchemes 7
3. FullyDevelopedFlowthroughIn-LineTubeBanks 13
4. ModellingtheCompleteExperimentalAssemblyofAibaetal.[13] 29
5. ThermalStreakDispersioninaQuasi-IndustrialTubeBank 34
6. ConcludingRemarks 43
Acknowledgments 44
References 45
2. Developments in Radiation Heat Transfer: A Historical Perspective 47
RaymondViskanta
1. Introduction 49
2. EarlyConceptsofLight(Radiation) 50
3. TheNineteenthCentury 51
4. QuantumTheoryandPlanck’sRadiationLaw 52
5. RadiantHeatExchangebetweentheSurfacesofSolids 56
6. RadiativeTransferinaParticipatingMedium 66
7. InteractionofRadiationwithConductionandAdvectionin
ParticipatingMedia 73
8. FutureChallenges 79
Acknowledgments 80
References 80
3. ConvectiveHeatTransfer Enhancement: Mechanisms,
Techniques,and Performance Evaluation 87
Ya-LingHeandWen-QuanTao
1. Introduction 90
2. VerificationsofFSP 114
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vi Contents
3. ContributionsofFSPtotheDevelopmentofConvective
HeatTransferTheory 123
4. PerformanceEvaluationofEnhancedStructures 160
5. Conclusions 177
Acknowledgments 180
References 180
4. RecentAnalytical andNumerical Studies on Phase-Change
HeatTransfer 187
PingCheng,XiaojunQuan,ShuaiGong,XiuliangLiu,LuhangYang
1. Introduction 188
2. SurfaceCharacteristics 190
3. OnsetofBubbleNucleation 193
4. ThermodynamicAnalysesforOnsetofDropwiseCondensation 208
5. Level-SetandVOFSimulationsofBoilingandCondensationHeatTransfer 213
6. LatticeBoltzmannSimulationsofBoilingHeatTransfer 220
7. LatticeBoltzmannSimulationsofCondensationHeatTransfer 232
8. CHFModelsinPoolBoiling 238
9. ConcludingRemarks 244
Acknowledgments 244
References 245
AuthorIndex 249
SubjectIndex 253
LIST OF CONTRIBUTORS
PingCheng
SchoolofMechanicalEngineering,ShanghaiJiaoTongUniversity,Shanghai,P.R.China
ShuaiGong
SchoolofMechanicalEngineering,ShanghaiJiaoTongUniversity,Shanghai,P.R.China
Ya-LingHe
KeyLaboratoryofThermo-FluidScience&EngineeringofMinistryofEducation,School
ofEnergy&PowerEngineering,Xi’anJiaotongUniversity,Xi’an,Shaanxi,China
HectorIacovides
SchoolofMechanical,Aeronautical&CivilEngineering,UniversityofManchester,
Manchester,UK
BrianE.Launder
SchoolofMechanical,Aeronautical&CivilEngineering,UniversityofManchester,
Manchester,UK
XiuliangLiu
SchoolofMechanicalEngineering,ShanghaiJiaoTongUniversity,Shanghai,P.R.China
XiaojunQuan
SchoolofMechanicalEngineering,ShanghaiJiaoTongUniversity,Shanghai,P.R.China
Wen-QuanTao
KeyLaboratoryofThermo-FluidScience&EngineeringofMinistryofEducation,School
ofEnergy&PowerEngineering,Xi’anJiaotongUniversity,Xi’an,Shaanxi,China
RaymondViskanta
SchoolofMechanicalEngineering,PurdueUniversity,WestLafayette,IN,USA
AlastairWest
SchoolofMechanical,Aeronautical&CivilEngineering,UniversityofManchester,
Manchester,UK
LuhangYang
SchoolofMechanicalEngineering,ShanghaiJiaoTongUniversity,Shanghai,P.R.China
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PREFACE
ThisvolumeofAdvancesinHeatTransfercontainsfourdistinctandsignificant
contributions to the thermal-science literature. One contribution, by Brian
Launder and his colleagues, is a detailed investigation of the flow and heat
transfer associated with in-line tube-bank geometries. The authors explore
the sensitivity of results to the geometric configuration of the tube bank,
the number of tubes, and to the numerical modeling methodology.
A second chapter, by Raymond Viskanta, is a treatise on the develop-
ments of radiation heat transfer. This comprehensive discussion not only
documents the historical development of our understanding of radiation
heat transfer (from the nineteenth century through quantum mechanics,
tothepresent)dbutitalsoidentifiescurrentunsolvedproblemsinthisliving
field of study.
AcontributionbyWen-QuanTaoandYao-LingHeproposesameans
of enhancing single-phase convective heat transfer. That method, termed
thefieldsynergyprinciple,reducestheintersectionanglebetweenthefluid
velocityandtemperaturegradients.Clearguidelinesareproposedtoaccom-
plish the optimization in practical problems.
Finally,PingChengandcolleagueswriteaboutrecentadvancementsto
ourunderstandingofphase-changeheattransfer(boilingandcondensation).
Theydocumentbothanalyticalandnumericalapproachestosolvingphase-
changeproblemswhileclarifyingandprovidingperspectiveontheliterature
of experimentation in this field.
This diverse collection by leading researchers in the field is a valuable
resourceforprofessionalpractitionersandacademicians.Theseauthoritative
voices have brought much clarity and completion to complex subjects.
EPHRAIM M. SPARROW
YOUNG I. CHO
JOHN P. ABRAHAM
JOHN M. GORMAN
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