Parallel Computational Fluid Dynamics 2008: Parallel Numerical Methods, Software Development and Applications

427 Pages·2011·20.413 MB·English

by  Tomoaki Kunugi, Shin-ichi Satake, Yasuo Ose, Hiroyuki Yoshida, Kazuyuki Takase (auth.), Damien Tromeur-Dervout, Gunther Brenner, David R. Emerson, Jocelyne Erhel (eds.)

Lecture Notes
in Computational Science 74
and Engineering
Editors
TimothyJ.Barth
MichaelGriebel
DavidE.Keyes
RistoM.Nieminen
DirkRoose
TamarSchlick
For further volumes:
http://www.springer.com/series/3527
•
Damien Tromeur-Dervout G unther Brenner
●
David R. Emerson Jocelyne Erhel
●
Editors
Parallel Computational Fluid
Dynamics 2008
Parallel Numerical Methods, Software
Development and Applications
123
Editors
Damien Tromeur-Dervout David R. Emerson
Université Lyon 1 - CNRS Science and Technology Facilities Council
Institut Camille Jordan Daresbury Laboratory
Bd du 11 Novembre 1918 43 Daresbury Science and Innovation Campus
69622 Villeurbanne WA4 4AD Warrington Cheshire
France United Kingdom
[e-mail] [e-mail]
Gunther Brenner Jocelyne Erhel
TU Clausthal INRIA - SAGE
Institut für Technische Mechanik Campus de Beaulieu
Adolph-Roemer-Str. 2A 35042 Rennes
38678 Clausthal-Zellerfeld France
Germany [e-mail]
[e-mail]
ISSN 1439-7358
ISBN 978-3-642-14437-0 e-ISBN 978-3-642-14438-7
DOI: 10.1007/978-3-642-14438-7
Springer Heidelberg Dordrecht London New York
Library of Congress Control Number: 2010935447
Mathematics Subject Classification Numbers (2010): 65F10, 65N06, 65N08, 65N22, 65N30, 65N55,
65Y05, 65Y10, 65Y20, 15-06, 35-06, 76-XX
76-06
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Preface
Parallel CFD 2008, the twentieth in the high-levelinternationalseries of meetings
featuringdifferentaspectofparallelcomputingincomputationalfluiddynamicsand
othermodernscientificdomainswasheldMay19−22,2008inLyon,France.
The themesof the 2008meetingincludedthe traditionalemphasesof thiscon-
ference,andexperienceswithcontemporaryarchitectures.Around70presentations
wereincludedintotheconferenceprograminthefollowingsessions:
ParallelAlgorithmsandsolvers
Parallelperformanceswithcontemporaryarchitectures
Structuredandunstructuredgridmethods,boundarymethods
softwareframeworkandcomponentsarchitecture
CFDapplications(Biofluid,environmentalproblem)LatticeBoltzmannmethodand
SPH
OptimisationinAerodynamics
Thisbookpresentsanup-to-dateoverviewofthestateoftheartinParallelCom-
putational Fluid Dynamics from Asia, Europe, and North America. This reviewed
proceedingsincludedaboutsixtypercentoftheorallecturespresentedattheconfer-
ence.
Theeditors.
VI Preface
ParallelCFD 2008wasorganizedbythe InstitutCamille Jordanof the Univer-
sity ofLyon1 incollaborationwith theCenter forthe DevelopmentoftheParallel
ScientificComputing.
The Scientific Committee and Local Organizers of Parallel CFD 2008 are de-
lighted to acknowledge the generous sponsorship of the following organizations,
through financial or in-kind assistance. Assistance of our sponsors allowed to or-
ganizescientificaswellassocialprogramoftheconference.
ScientificComittee Intel,Germany SGI,France
UniversityLyon1
InstitutCamilleJordan Re´gionRhoˆne-Alpes
UniversityLyon1
CenterforDevelopmentof Fluorem Modelys
UniversityLyon1
Manypeopleworkedtoorganizeandexecutetheconference.Weareespecially
grateful to all members of the international scientific committee. We also want to
thankthekeymembersofthelocalorganizingcommitteeDavidGuibert,ToanPham
Duc,Patricelinel,SimonPomarede,ThomasDufaud,NicolasKielbasievich,Daniel
Fogliani,FabienneOudin,BrigitteHautier,SandrineMontingy.
We also thank our colleagues Fre´de´ric Desprez from the Laboratoire
d’Informatique du Paralle´lisme (LIP) Ecole Normale Supe´rieure de Lyon, Michel
Lance from the Laboratoire de Me´canique des Fluides et d’Accoustique (LMFA)
EcoleCentraledeLyon,andPatrickQue´re´ fromtheComputerScienceLaboratory
formechanicsandEngineeringSciences(LIMSI)fortheirhelptopromotethisevent.
DamienTromeur-Dervout
Chairman,ParallelCFD2008.
Contents
PartI Invitedspeakers
LargeScaleComputationsinNuclearEngineering:CFDforMultiphase
FlowsandDNSforTurbulentFlowswith/withoutMagneticField
TomoakiKunugi,Shin-ichiSatake,YasuoOse,HiroyukiYoshida,Kazuyuki
Takase .......................................................... 3
ScalablealgebraicmultilevelpreconditionerswithapplicationtoCFD
AndreaAprovitola,PasquaD’Ambra,FilippoDenaro,DanieladiSerafino,
SalvatoreFilippone................................................ 15
Accelerationofiterativesolutionofseriesofsystemsduetobetterinitial
guess
DamienTromeur-Dervout,YuriVassilevski ............................. 29
PartII OptimisationinAerodynamicsDesign
AerodynamicStudyofVerticalAxisWindTurbines
MerimMukinovic´,GuntherBrenner,ArdavanRahimi .................... 43
ParallelShapeOptimizationofaMissileonaGridInfrastructure
ErdalOktay,OsmanMerttopcuoglu,CevatSener,AhmetKetenci,HasanU.
Akay ........................................................... 51
Analysis of Aerodynamic Indices for Racing Sailing Yachts: a
ComputationalStudyandBenchmarkonupto128CPUs.
IgnazioMariaViola,RaffaelePonzini,DanieleRocchi,FabioFossati ........ 61
Parallelimplementationoffictitioussurfacesmethodforaerodynamic
shapeoptimization
S.Peigin,B.Epstein,S.Gali......................................... 71
VIII Contents
PathOptimizationofDualAirfoilsFlappinginaBiplaneConfiguration
withRSMinaParallelComputingEnvironment
MustafaKaya,IsmailH.Tuncer...................................... 83
PartIII Gridmethods
ConvergenceImprovementMethodforComputationalFluidDynamics
UsingBuilding-CubeMethod
TakahiroFukushigeToshihiroKamatsuchiToshiyukiArimaandSeijiFujino... 93
AerodynamicAnalysisofRotorBladesusingOversetGridwithParallel
Computation
Dong-KyunIm,Seong-YongWie,EugeneKim,Jang-HyukKwon,Duck-Joo
Lee,andKi-HoonChung,andSeung-BumKim..........................101
Largescalemassivelyparallelcomputationswiththeblock-structured
elsACFDsoftware
M.Gazaix,S.Mazet,M.Montagnac ..................................111
Applications on Hybrid Unstructured Moving Grid Method for
Three-DimensionalCompressibleFlows
HiroyaAsakawa MasashiYamakawaandKenichiMatsuno................119
ProgressiveDevelopmentofMoving-GridFinite-VolumeMethodfor
Three-DimensionalIncompressibleFlows
ShinichiASAO, SadanoriISHIHARA, Kenichi MATSUNO, Masashi
YAMAKAWA .....................................................127
PartIV Boundarymethods
FlowComputationsUsingEmbeddedBoundaryConditionsonBlock
StructuredCartesianGrid
T.Kamatsuch,T.Fukushige,K.Nakahashi .............................137
ComputationofTwo-phaseFlowinFlip-chipPackagingUsingLevelSet
Method
TomohisaHashimoto,KeiichiSaito,KojiMorinishi,,NobuyukiSatofuka......145
AParallelImmersedBoundaryMethodforBlood-likeSuspensionFlow
Simulations
F.Pacull,M.Garbey...............................................153
Contents IX
PartV HighOrdermethods
3DSpectralParallelMulti-Domaincomputingfornaturalconvection
flows
S.Xin,J.Chergui,P.LeQue´re´ ......................................163
3DtimeaccurateCFDsimulationsofacentrifugalcompressor
AndreasLucius,GuntherBrenner ....................................173
PartVI ParallelAlgorithmsandSolvers
Multicolor SOR Method with Consecutive Memory Access
Implementation in a Shared and Distributed Memory Parallel
Environment
KenjiOno,YasuhiroKawashima .....................................183
ProperOrthogonalDecompositionInDecoupling LargeDynamical
Systems
ToanPham,DamienTromeur-Dervout.................................193
PerformanceAnalysisoftheParallelAitken-AdditiveSchwarzWaveform
RelaxationMethodonDistributedEnvironment
HatemLtaief,MarcGarbey .........................................203
Aitken-SchwarzAccelerationnotbasedonthemeshforCFD
D.Tromeur-Dervout ...............................................211
Fromextruded-2Dtofully-3DgeometriesforDNS:aMultigrid-based
extensionofthePoissonsolver
A.Gorobets,F.X.Trias,M.Soria,C.D.Pe´rez-Segarra,A.Oliva ...........219
ParalleldirectPoissonsolverforDNSofcomplexturbulentflowsusing
UnstructuredMeshes
R.Borrell,O.Lehmkuhl,F.X.Trias,M.Soria,A.Oliva ......................227
A numerical scheme for the computation of phase transition in
compressiblemultiphaseflows
VincentPerrier ...................................................235
PartVII LatticeBoltzmanandSPHMethods
LatticeBoltzmannSimulationsofSlipFlowofNon-NewtonianFluidsin
Microchannels
RameshK.AgarwalandLeeChusak..................................247
Multiple RelaxationTime Lattice Boltzmannsimulation of binary
dropletcollisions
ErnestoMonaco,KaiH.Luo,GuntherBrenner..........................257
X Contents
High-PerformanceComputingandSmoothedParticleHydrodynamics
C.Moulinec,R.Issa,D.Latino,P.Vezolle,D.R.EmersonandX.J.Gu........265
PartVIII softwareFrameworkandComponentArchitecture
Anintegratedobject-orientedapproachforparallelCFD
DominiqueEyheramendy,DavidLoureiro,FabienneOudin-Dardun..........275
FastMultipoleMethodforparticleinteractions:anopensourceparallel
librarycomponent
F.A.Cruz,M.G.Knepley,L.A.Barba ................................285
HybridMPI-OpenMPperformanceinmassivelyparallelcomputational
fluiddynamics
G.Houzeaux,M.Va´zquez,X.Sa´ezandJ.M.Cela ........................293
Hierarchical adaptive multi-mesh partitioning algorithm on
heterogeneoussystems
Y.Mesri,H.Digonnet,T.Coupez.....................................299
PartIX ParallelPerformance
TowardsPetascaleComputingwithParallelCFDcodes
A.G.Sunderland,M.Ashworth,C.Moulinec,N.Li,J.Uribe,Y.Fournier.....309
ScalabilityConsiderationsofaParallelFlowSolveronLargeComputing
Systems
ErdalYilmaz,ResatU.Payli,HassanU.Akay,AkinEcer,andJingxinLiu.....321
LargeScaledComputationofIncompressibleFlowsonCartesianMesh
UsingaVector-ParallelSupercomputer
ShunTakahashi,TakashiIshida,KazuhiroNakahashi,HiroakiKobayashi,
KokiOkabe,YouichiShimomura,TakashiSoga,AkihikoMusa .............331
DynamicLoadBalancingonNetworkedMulti-coreComputers
StanleyChien,GunMakinabakan,AkinEcer,andHasanAkay .............339
OnefficiencyofsupercomputersinCFDsimulations
AndreyV.Gorobets,TatianaK.Kozubskaya,SergeyA.Soukov..............347
PartX Environmentandbiofluidsapplications
NumericalStudyofPulsatileFlowThroughModelsofVascularStenoses
withPhysiologicalWaveformoftheHeart
JasonD.Thompson,ChristianF.PinznandRameshK.Agarwal ............357