Table Of ContentNotes on Numerical Fluid Mechanics
and Multidisciplinary Design 125
Michel O. Deville · Jean-Luc Estivalezes
Vincent Gleize · Thien-Hiep Lê
Marc Terracol · Stéphane Vincent Editors
Turbulence
and Interactions
Proceedings of the TI 2012 conference
Notes on Numerical Fluid Mechanics
and Multidisciplinary Design
Volume 125
Serieseditors
WolfgangSchröder,LehrstuhlfürStrömungslehreundAerodynamischesInstitut,
Aachen,Germany
e-mail:offi[email protected]
BendiksJanBoersma,DelftUniversityofTechnology,CADelft,TheNetherlands
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KozoFujii,TheInstituteofSpaceandAstronauticalScience,Kanagawa,Japan
e-mail:fujii@flab.eng.isas.jaxa.jp
WernerHaase,ImperialCollegeofScienceTechnologyandMedicine,
Hohenbrunn,Germany
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ErnstHeinrichHirschel,Zorneding,Germany
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MichaelA.Leschziner,ImperialCollegeofScienceTechnologyandMedicine,
London,UK
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JacquesPeriaux,Paris,France
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SergioPirozzoli,UniversitàdiRoma“LaSapienza”,Roma,Italy
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ArthurRizzi,KTHRoyalInstituteofTechnology,Stockholm,Sweden
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BernardRoux,TechnopoledeChateau-Gombert,MarseilleCedex,France
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Novosibirsk,Russia
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AboutthisSeries
NotesonNumericalFluidMechanicsandMultidisciplinaryDesignpublishesstate-
of-artmethods(includinghighperformancemethods)fornumericalfluidmechan-
ics, numerical simulation and multidisciplinary design optimization. The series
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·
Michel O. Deville Jean-Luc Estivalezes
·
Vincent Gleize Thien-Hiep Lê
·
Marc Terracol Stéphane Vincent
Editors
Turbulence and Interactions
Proceedings of the TI 2012 Conference
ABC
Editors
MichelO.Deville Thien-HiepLê
EcolePolytechniqueFédéraledeLausanne ONERA
Lausanne Chatillon
Switzerland France
Jean-LucEstivalezes MarcTerracol
ONERAToulouse ONERA
France Chatillon
France
VincentGleize
ONERA StéphaneVincent
Chatillon ENSCBP
France Pessac
France
ISSN1612-2909 ISSN1860-0824 (electronic)
ISBN978-3-662-43488-8 ISBN978-3-662-43489-5 (eBook)
DOI10.1007/978-3-662-43489-5
SpringerHeidelbergNewYorkDordrechtLondon
LibraryofCongressControlNumber:2014940791
(cid:2)c Springer-VerlagBerlinHeidelberg2014
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Preface
The“TurbulenceandInteractions2012”(TI2012)conferencewasheldinLaSaline-
les-BainsontheislandofLaRéunion,France,onJune11th–14th,2012.Thescien-
tificsponsorsoftheconferencewere
• EcolePolytechniqueFédéraledeLausanne(EPFL),
• ERCOFTAC : European Research Community on Flow, Turbulence and Com-
bustion,
• InstitutdeMécaniqueetd’Ingénierie(I2M),Bordeaux,
• ONERA-TheFrenchAerospaceLab,
• UniversitédeLaRéunion.
This third TI conferencewas very successfulas it attracted 35 researchersfrom6
countries.Themagnificentvenueandthebeautifulweatherhelpedtheparticipants
todiscussfreelyandcasually,shareideasandprojects,andspendverygoodtimes
alltogether.
The organisers were fortunate in obtaining the presence of the following in-
vitedspeakers:J.H.Chen(SandiaNationalLaboratories),B.Geurts(Universityof
Twente),C.Wagner(TheGermanAerospaceCenter-DLR).Thetopicscoveredby
the23contributedpapersrangedfromexperimentalresultsthroughtheorytocom-
putations.They representa snapshotof the state-of-the-artin turbulenceresearch.
Thepapersoftheconferencewentthroughtheusualreviewingprocessandthere-
sultisgiveninthisbookofProceedings.
In thepresentvolume,the readerwillfind thekeynotelecturesfollowedbythe
contributedtalksgiveninalphabeticalorderofthefirstauthor.
TheorganisersoftheconferencewouldliketoacknowledgethesupportofEPFL,
I2MandONERA.
Bordeaux,Lausanne,Paris,Toulouse MichelO.Deville
January23rd,2014. Jean-LucEstivalezes
VincentGleize
Thien-HiepLê
MarcTerracol
StéphaneVincent
Contents
KeynoteLectures
TheoryandApplicationofRegularizationModelingofTurbulence..... 1
BernardJ.Geurts
RegularPapers
PenaltyMethodsforTurbulentFlowsInteractingwithObstacles....... 13
W. Bizid, A. Etcheverlepo,S. Vincent,J.-P.Caltagirone,D. Monfort,
M.Hassine
Direct NumericalSimulationof Particle Turbulence Interaction
inForcedTurbulence ........................................... 23
J.C.BrändledeMotta,J.-L.Estivalezes,E.Climent,S.Vincent
Wake Instabilities behind an Axisymmetric Bluff Body at Low
ReynoldsNumbers ............................................. 31
YannickBury,ThierryJardin
DirectNumericalSimulationsofTurbulentConvectionandThermal
RadiationinaRayleigh–BénardCellwithSolidPlates ............... 39
TomaszCzarnota,ClausWagner
TurbulentSimulationoftheFlowaroundTwoCylindersinTandem
Configuration ................................................. 47
T.Deloze,F.Deliancourt,Y.Hoarau,M.Braza
Potentialof Two-Phase Flows DNSto CharacterizeInteractions
betweenTurbulenceandWidelyDeformedInterface................. 55
B.Duret,T.Menard,J.Reveillon,F.X.Demoulin
AnalysisandOptimisationofCycloneSeparatorsGeometryUsing
RANSandLESMethodologies ................................... 65
KhairyElsayed,ChrisLacor
VIII Contents
NumericalStudy on the Decayand AmplificationofTurbulence
inOscillatoryPipeFlow ......................................... 75
DanielFeldmann,ClausWagner
ThermalBoundaryLayerInstabilitiesinNearCriticalFluids ......... 83
G.Gandikota,S.Amiroudine,D.Chatain,D.Beysens
NumericalSimulationofTurbulentFlowPhysicsinaTubeArray...... 91
Y.Hoarau,M.Braza,G.Harran,E.Longatte,F.Baj,T.Marcel
Non-Oberbeck-BoussinesqEffectsinRayleigh-BénardConvectionof
Liquids ....................................................... 99
SusanneHorn,OlgaShishkina,ClausWagner
A Study of Sheared Turbulence/Shock Interaction:
VelocityFluctuationsandEnstrophyBehaviour ..................... 107
S.Jamme,M.Crespo,P.Chassaing
WRFModellingofTurbulenceTriggeringConvectiveThunderstorms
overSingapore................................................. 115
S.Jolivet,F.Chane-Ming
PredictionofBroadbandNoisefromTwoSquareCylindersinTandem
ArrangementUsingaCombinedDDES/FWHApproach.............. 123
ThiloKnacke,FrankThiele
CorrelationFunctionsandSpectraofReactiveScalarsinTurbulent
PremixedFlames............................................... 133
H.Kolla,E.R.Hawkes,A.R.Kerstein,J.H.Chen
NumericalStudyofLocalDepositionMechanismsofNanoparticlesin
aHumanUpperAirwayModel................................... 141
F.Krause,G.Ghorbaniasl,S.Verbanck,ChrisLacor
ProbabilityDistributionofIntrinsicFilteringErrorsinLagrangian
ParticleTrackinginLESFlowFields.............................. 149
M.V.Salvetti,S.Chibbaro,M.Tesone,C.Marchioli,AlfredoSoldati
TemperatureOscillationsinTurbulentMixedConvectiveAirFlows .... 157
D.Schmeling,J.Bosbach,ClausWagner
A Phase-Conditioned Filtering of Incompressible Interfacial
MultiphaseFlowEquations:APrioriStudyfortheModelingofLES
SubgridScaleTerms............................................ 165
P.Trontin,J.-L.Estivalezes,S.Vincent,J.P.Caltagirone
Contents IX
AnalysisofUnsteadyLagrangianandEulerianCharacteristicsofa
LiquidFluidizedBedbyDirectNumericalSimulation................ 173
S. Vincent, J.-L. Estivalezes, J.C. Brändle de Motta, O. Simonin,
O.Masbernat
NumericalInvestigationoftheSpatialResolutionRequirementsfor
TurbulentRayleigh-BénardConvection............................ 181
SebastianWagner,OlgaShishkina,ClausWagner
StableStratificationinWall-BoundedTurbulentFlows ............... 189
FrancescoZonta,AlfredoSoldati
AuthorIndex ..................................................... 197
Theory and Application of Regularization
Modeling of Turbulence
BernardJ.Geurts
Abstract. Turbulence readily arises in numerousflows in nature and technology.
Thelargenumberofdegreesoffreedomofturbulenceposesseriouschallengesto
numerical approaches aimed at simulating and controlling such flows. While the
Navier-Stokes equations are commonly accepted to precisely describe fluid tur-
bulence, alternative coarsened descriptionsneed to be developedto cope with the
wide range of length and time scales. These coarsened descriptions are known as
large-eddysimulations in which one aims to capture only the primary features of
a flow, at considerably reduced computational effort. Such coarsening introduces
aclosureproblemthatrequiresadditionalphenomenologicalmodeling.Asystem-
atic approach to the closure problem, known as regularization modeling, will be
reviewed.Itsapplicationtoturbulentmixingwillbeillustrated.LerayandLANS-
alpharegularizationarediscussedinsomedetail.
1 Introduction
Anewmodelingapproachforlarge-eddysimulation(LES)isobtainedbycombin-
ing a ‘regularization principle’ with an explicit filter and its inversion. This reg-
ularization approachallows a systematic derivationof the implied subgrid-model,
which resolves the closure problem. The central role of the filter in LES is fully
restored, i.e., both the interpretation of LES predictions in terms of direct sim-
ulation results as well as the corresponding subgrid closure are specified by the
filter(Geurts&Holm,2003).Theregularizationapproachisillustratedwith‘Leray-
smoothing’ofthenonlinearconvectiveterms.Inturbulentmixingthenew,implied
BernardJ.Geurts
MultiscaleModelingandSimulation,FacultyEEMCS,UniversityofTwente,
P.O.Box217,7500AEEnschede,TheNetherlands
AnisotropicTurbulence,LaboratoryforFluidDynamic,FacultyAppliedPhysics,
EindhovenUniversityofTechnology,P.O.513,5300MBEindhoven,TheNetherlands
e-mail:[email protected]
M.O.Devilleetal.(eds.),TurbulenceandInteractions, 1
NotesonNumericalFluidMechanicsandMultidisciplinaryDesign125,
DOI:10.1007/978-3-662-43489-5_1,(cid:2)c Springer-VerlagBerlinHeidelberg2014
