[1] BusquinP,ArguellesP.EuropeanAeronautics:AVisionfor2020-ASynopsis[R].Air&SpaceEuropean,2001,3(s3-4):16-18.
[2] Pei-KuanWu,KevinA.BreakupProcessesofLiquidJetsinSubsonicCrossflows[R].AIAA96-3024.
[3] PrakashRSurya,HrishikeshGadgil.BreakupProcessesofPressureSwirlSprayinGaseousCross-Flow[J].InternationalJournalofMultiphaseFlow,2014,66(7):(a)(b)Fig.9Velocitycontourbesideofspray(a)Spraycolumn(b)Z=0Fig.10Spraycolumn(Vl=22m/s,Va=21m/s)(a)Spraycolumn(b)Z=0Fig.11Spraycolumn(Vl=22m/s,Va=60m/s)第37卷第11期亚声速横向气流中液体射流破碎过程的直接模拟214179-91.
[4] MazallonJ,DaiZ.AerodynamicPrimaryBreakupattheSurfaceofNonturbulentRoundLiquidJetsinCrossflow[R].AIAA1998-716.
[5] 朱英,黄勇.横向气流中的液体圆形射流破碎实验[J].航空动力学报,2010,25(10):2216-2266.
[6] 孙慧娟,刘利.横流中喷雾掺混流场结构研究[J].推进技术,2012,33(2):221-226.(SUNHui-juan,LIULi.InvestigationofMixingFlowFieldofSprayDropletsinCrossflow[J].JournalofPropulsionTechnology,2012,33(2):221-226.)
[7] HaibinZhang,BofengBai.ExperimentalStudyoftheMixingofTwoImpingingPressure-SwirlSpraysinCrossflow[J].ExperimentalThermalandFluidScience,2013,49(9):67-74.
[8] HaibinZhang,BofengBai.DropletDispersionCharacteristicsoftheHollowConeSpraysinCrossflow[J].ExperimentalThermalandFluidScience,2013,45(2):25-33.
[9] 刘静,徐旭.高速气流中横向液体射流雾化研究进展[J].力学进展,2009,39(3):273-283.
[10] 林宇震,李林.液体射流喷入横向气流混合特性研究进展[J].航空学报,2014,35(1):46-57.
[11] 郭婷婷,李少华.横向紊动射流的数值与实验研究进展[J].力学进展,2005,35(2):211-220.
[12] AlirezaMashayek.ExperimentalandNumericalStudyofLiquidJetsinCrossflows[D].Toronto:UniversityofToronto,2006.
[13] LiuFSmallwood.NumericalStudyofBreakupProcessesofWaterJetInjectedintoaCrossAirFlow[C].USA:ICLASS2000ProceedingsoftheEighthInternationalConferenceonLiquidAtomizationandSpraySystems:67-74.
[14] KuoKK.RecentAdvancesinSprayCombustion:SprayAtomizationandDropBurningPhenomena[R].AIAA96-866418.
[15] SinaGhods.DetailedNumericalSimulationofLiquidJetinCrossflowAtomizationwithHighDensityRatios[D].USA:ArizonaStateUniversity,2013.
[16] HirtCW,NicholsBD.VolumeofFluid(VOF)MethodfortheDynamicsofFreeBoundaries[J].JournalofComputationalPhysics,1981,39(81):201-225.
[17] YoungsDL.Time-DependentMulti-MaterialFlowwithLargeFluidDistortion[M].Aldermaston:AtomicWeaponsResearchEstablishment,1982.
[18] UbbinkO.NumericalPredictionofTwoFluidSystemswithSharpInterfaces[D].London:ImperialCollegeofScience,TechnologyandMedicine,1997.
[19] Chee-LoonNG.Deformation,WavePhenomena,andBreakupOutcomesofRoundNonturbulentLiquidJetsinUniformGaseousCrossflow[D].USA:OklahomaStateUniversity,2006.
[20] MartinezJM,ChensneauX,ZeghmatiB.ANewCurvatureTechniqueCalculationforSurfaceTensionContributioninPLIC-VOFMethod[J].ComputationalMechanics,2006,37(2):182-193.
[21] DexjardinsO,MoureauV,PitschH.AnAccurateConservativeLevelSet/GhostFluidMethodforSimulatingTurbulentAtomization[J].JournalofComputationalPhysics,2008,227(18):8395-8416.
[22] ShinjoJ,UmemuraA.SimulationofLiquidJetPrimaryBreakup:DynamicsofLigamentandDropletFormation[J].InternationalJournalofMultiphaseFlow,2010,3(8):513-532.
[23] 刘娟,李清廉,刘卫东.离心式喷嘴液膜破碎过程实验[J].推进技术,2011,32(4):539-543.(LIUJuan,LIQing-lian,LIUWei-dong.ExperimentonLiquidSheetBreakupProcessofPressureSwirlInjector[J].JournalofPropulsionTechnology,2011,32(4):539-543.
[24] 刘儒勋,刘晓平,张磊.运动界面的追踪和重构方法[J].应用数学和力学,2004,25(3):279-290.
[25] 刘日超,乐嘉陵.直流喷射首次破碎的形变过程研究[J].推进技术,2016,37(7).(LIURi-chao,LEJialing.InvestigationofDeformationofPrimaryBreakupinDirectInject[J].JournalofPropulsionTechnology,2016,37(7).)(编辑:梅瑛)
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