31st International Symposium on Shock Waves 1: Fundamentals

1187 Pages·2019·58.391 MB·English

by  Akihiro Sasoh, Toshiyuki Aoki, Masahide Katayama

Akihiro Sasoh · Toshiyuki Aoki 
Masahide Katayama Editors
31st
International
Symposium on
Shock Waves 1
Fundamentals
31st International Symposium on Shock Waves 1
Akihiro Sasoh • Toshiyuki Aoki
Masahide Katayama
Editors
31st International
Symposium on Shock
Waves 1
Fundamentals
123
Editors
AkihiroSasoh ToshiyukiAoki
DepartmentofAerospaceEngineering DepartmentofEnergyand
NagoyaUniversity EnvironmentalEngineering
Nagoya,Japan KyushuUniversity
Kasuga,Fukuoka,Japan
MasahideKatayama
InstituteofInnovativeResearch
TokyoInstituteofTechnology
Tokyo,Japan
ISBN978-3-319-91019-2 ISBN978-3-319-91020-8 (eBook)
https://doi.org/10.1007/978-3-319-91020-8
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Preface
Shock wave is fascinating physical nature accompanied by various applications.
The 31st International Symposium on Shock Waves (ISSW31) was a continuation
in the series of 60-year-lasting, biannual symposia on shock waves that have been
held all over the world since 1957 at MIT, Boston, MA, USA. This is the third
oneheldinJapanafterISSW18,whichwasheldinSendaiin1991whenthename
ofsymposiawaschangedtothepresentone.Beforethatthetenthsymposiumwas
heldinKyotoin1975.ISSW31washeldatToyodaAuditorium,NagoyaUniversity,
Nagoya,Japan,duringJuly9to14,2017.
ISSW31 was attended by 352 registered participants from 32 countries. Out of
theparticipants116weregraduatestudents.Thislargepartofstudents,aslargeas
one-third, should lead to promising future of our shock wave community. Student
competitionwasconductedamong43studentswhomadeanentrywithsubmission
offullpaperbythedeadline,whichwasaboutamonthearlierthanthatfortheother
presentations. With respect to each candidate, his/her paper was evaluated by two
referees, and presentation by another two. The top 12 students obtained an award
that was offered by the International Shock Wave Institute (ISWI). Including 5
guests,43accompanyingpersons,15participantsfromsponsors,and18organizing
staff,thegroundtotalnumberoftheparticipantswas433.
TheInternationalAdvisoryCommittee(IAC)thatconsistedof54membersfrom
21 countries chose nine world-renowned scientists to deliver nine invited plenary
lectures in different shock wave–related disciplines. Unfortunately, one plenary
lecture was cancelled due to the lecturer’s problem. The invited plenary lectures
included the traditional Paul Vieille Lecture in the opening session, which was
given by Professor Zongling Jiang, Institute of Mechanics, Chinese Academy of
Sciences, and the Irvine Israel Glass Lecture by Professor Kazuyoshi Takayama,
TohokuUniversity.TheinauguralRayStalkerLecturewasplannedtobepresented
byProfessorJoannaAustin,CaliforniaInstituteofTechnology,whounfortunately
couldnotmakeitherselfduetoanurgentmatterarisingen-route.Itwaspresented
v
vi Preface
on her behalf by Vince Wheatley from The University of Queensland. The other
plenarylecturerswereProf.OrenSadot,Prof.DanaD.Dlott,Dr.NabihaChaumeix,
Prof.NoelT.Clemens,andProf.KazuhisaFujita.
After reviewing 417 submitted abstracts by two independent reviewers to
each, 287 and 103 were accepted for oral and poster presentations, respectively.
Unfortunately, by the time the meeting started 96 accepted presentations were
withdrawnduetofailureoffullpapersubmission,lackoftravelfunds,etc.Finally,
294 peer-reviewed contributed papers, 241 oral, and 53 posters were presented
in addition to the plenary lectures. The oral sessions were held in parallel by
either four or five. The sessions included five of “Supersonic and Hypersonic
Flows” sessions; three of “Detonation and Combustion,” “Richtmyer-Meshkov
Instability,”and“Diagnostics/FlowVisualization”sessionseach;andtwoof“Shock
WaveReflection/Interaction,”“BlastWaves,”“Plasmas/Magnetohyrdrodynamics,”
“Shock/BoundaryLayerInteraction,”“MultiphaseFlow,”“ShockWavesinInternal
Flows,”“ShockWaveInteractionwithVariousMedia,”and“NumericalMethods”
sessionseach.
Following the tradition of ISSW, several social programs offered opportunities
for the participants to further develop scientific/personal communications and
exchangesinmorerelaxedways,whichcouldinduceserendipity,innovations,and
international collaboration projects. The excursion participants visited Takayama,
an old town, and Shirakawa-go, a World Heritage, historic village characterized
by Gassho-zukuri, that is, a steep-pitched, thatched roof designed to shed against
heavy snow. Watching Ground Sumo Tournament and Shocking Sound Waves,
concert by participants, were specially organized menus in this symposium. The
accompanying persons’ program on Monday was Inuyama tour featured by Ukai
watching.ThursdaytourwastovisitToyotaCommemorativeMuseumofIndustry
andTechnology,andTokugawaArtMuseum.
The arrangements for ISSW31 were well initiated with valuable advices from
ProfessorGabiBen-Dor,ChairofISSW30inTelAviv.TheISSW31wasofficially
hostedbyTheJapanSocietyofFluidMechanicswithfinancialsupportfromJapan
Society for the Promotion of Science as Grant-in-Aid for Publication of Scientific
Research Results, KAKENHI, cohosted by International Shock Wave Institute
(ISWI),ShockWaveResearchSocietyofJapan,andSchoolofEngineering,Nagoya
University. Also ISSW31 was cosponsored by Society for Promotion of Space
Science, Nagoya Convention & Visitors Bureau, Tokai Institute of Fluid and Heat
Engineering, Nagoya University, Nobby Tech Ltd., nac Image Technology Inc.,
Photron Ltd., Shimadzu co., Beams Inc., USAC Inc., and Tokyo Instruments Inc.
Onbehalfofmytwoco-chairs,Prof.ToshiyukiAokiandDr.MasahideKatayama,
both of whom are vice presidents of Shock Wave Research Society of Japan, and
the organizing committee, we thank all the participants, sponsors, and supporting
societies/organizations,owingtowhomthissymposiumwasconcludedtobeagreat
success.
Preface vii
ISSW32willbeheldinSingaporeinJuly2019ledbyateamchairedbyProfessor
Boo Cheong Khoo, National University of Singapore. The ISSW33 in 2021 will
be held in Brisbane, cohosted by the University of Queensland, the University of
Southern Queensland, and the University of New South Wales in Canberra. The
respectiveco-chairsareRichardMorgan,DavidButtsworth,andHaraldKliene.
Co-chairs,ISSW31
Nagoya,Japan AkihiroSasoh
Kasuga,Fukuoka,Japan ToshiyukiAoki
Tokyo,Japan MasahideKatayama
Contents
VolumeI
AerodynamicTestingatDuplicatingHypersonicFlightConditions
withHyper-Dragon ............................................................ 1
Z.JiangandH.Yu
ShockWaveResearch:RemembranceofProfessorI.I.Glass............ 11
KazuyoshiTakayama
RayStalkerMemorialLecture:LegacyatT5 .............................. 23
J.M.Austin
Experimental Studies of Shock Wave-Related Phenomena
attheBen-GurionUniversity:AReview.................................... 31
O.Sadot
ShockCompressionSpectroscopyUnderaMicroscope................... 45
DanaD.Dlott
Research on Shock-Induced Aerothermodynamics for Future
PlanetaryExplorations........................................................ 57
K.Fujita,T.Suzuki,H.Takayanagi,T.Ozawa,S.Nomura,N.Takizawa,
S.Matsuyama,A.Lemal,andM.Mizuno
Kinetic Shock Tubes: Recent Developments for the Study
ofHomogeneousandHeterogeneousChemicalProcesses................. 65
NabihaChaumeix
StructureandUnsteadinessofSwept-RampShockWave/Turbulent
BoundaryLayerInteractions................................................. 81
L.VanstoneandN.T.Clemens
Propagation Behavior and Mitigation of Shock Wave Along
theWaterInsideaRectangularTube........................................ 95
Y.Sugiyama,Y.Nakayama,K.Ohtani,K.Nishimura,andA.Matsuo
ix
x Contents
DustLoftingBehindShockWaves:WhatIstheDominateLofting
Mechanism? .................................................................... 103
Y.Leler,S.Pistinner,A.Yafe,andO.Sadot
ContributiontotheDevelopmentofaFastRunningMethodfor
BlastWavesPropagation...................................................... 111
J.Ridoux,N.Lardjane,F.Coulouvrat,andL.Monasse
An Investigation of Stationary and Moving Cased Charge
DetonationsinStoneLinedPipes ............................................ 117
J. D. Baum, O. A. Soto, F. Togashi, R. Löhner, Michael E. Giltrud,
andJ.Bell
InteractionofaBlastWavewithaMaterialInterface..................... 127
EricJohnsenandM.T.HenrydeFrahan
LaboratorySimulationofExplosionsUsingConicalShockTubes....... 135
I.ObedSamuelrajandG.Jagadeesh
ShockTubeStudyofNitricOxideAdditiononIgnitionDelayTime
ofn-Dodecane/AirMixture ................................................... 143
Jiankun Shao, Yangye Zhu, Chris Almodovar, David F. Davidson,
andRonaldK.Hanson
IgnitionDelayTimesofMethaneandHydrogenHighlyDiluted
inCarbonDioxide.............................................................. 151
JiankunShao,DavidF.Davidson,RonaldK.Hanson,BarakSamuel,
andSubithVasu
AStudyoftheChemiluminescenceof´°*,±°*,´ *,and´± *
2 2
During the Ignition of C H /O2/Ar Mixture Behind Reflected
2 2
ShockWaves.................................................................... 159
V.N.Smirnov,A.M.Tereza,P.A.Vlasov,andI.V.Zhiltsova
AStudyonSootFormationCharacteristicsofaGasolineSurrogate
FuelUsingaShockTube ...................................................... 169
Y.NagataandK.Ishii
EffectofDimethylMethylphosphonate(DMMP)AdditiononH ,
2
CH ,andC H IgnitionBehindReflectedShockWaves.................. 177
4 2 4
O.Mathieu,W.D.Kulatilaka,andE.L.Petersen
COandH OTimeHistoriesinaShock-HeatedH S/CH Blend
2 2 4
NearAtmosphericPressure................................................... 185
C.R.Mulvihill,O.Mathieu,andE.L.Petersen
ThermochemicalNonequilibriumModelingofO ......................... 193
2
J.G.Kim
Contents xi
State-Resolved Transport Properties of Electronically Excited
High-TemperatureFlowsBehindStrongShockWaves.................... 201
V.A.Istomin,E.V.Kustova,andG.P.Oblapenko
OxygenCatalyticRecombinationonTitaniumSurface................... 211
YoshephYangandGisuPark
ComputationsofaShockLayerFlowwithaVibrational-Specific
KineticsModel.................................................................. 221
Marie-Claude Druguet, Arnaud Bultel, Vincent Morel,
andJulienAnnaloro
A One-Dimensional Modeling of Seed Electron Generation
andElectronAvalancheinLaser-SupportedDetonation.................. 229
R.Kawashima, K.Matsui,K.Komurasaki,J.A.Ofosu,T.Shimano,
andH.Koizumi
PLIF-BasedConcentrationMeasurementofOHBehind
the Blast Wave Emanating from an Oxyhydrogen
Detonation-DrivenShockTube............................................... 237
S.K.Karthick,P.R.Rajitha,S.Janardhanraj,Y.Krishna,andG.Jagadeesh
FlamePropagationOvertheHeatAbsorbingSubstrate .................. 245
V.V.Golub,A.Korobov,A.Mikushkin,andV.Volodin
PropagationMechanismofDetonationsinRough-WalledTube ......... 253
J.Li,T.Yang,X.Wang,andJ.Ning
Effect of Hydrodynamic Instabilities on the Development
ofHydrogen-AirFlames....................................................... 261
N. B. Anikin, V. A. Simonenko, A. V. Pavlenko, A. A. Tiaktev,
I.L.Bugaenko,andYu.A.Piskunov
CrumplingBehaviorofGrapheneOxideinJetA-1VaporinAir
andItsEffectsonCombustionProcess...................................... 269
Jiun-MingLi,Po-HsiungChang,LeiLi,YiyuanLiu,VanBoNguyen,
ChiangJuayTeo,BooCheongKhoo,VanCuongMai,andHongweiDuan
Detonation Decay andFlamePropagation Through aChannel
withPorousWalls.............................................................. 279
G.YuBivol,S.V.Golovastov,andV.V.Golub
GasFlowwithStabilizedDetonationinaPlaneChannel ................. 285
V.LevinandT.Zhuravskaya
Investigation on Vibrational Nonequilibrium Effect on ZND
DetonationModel .............................................................. 293
KenC.K.Uy,L.S.Shi,andC.Y.Wen