磁悬浮列车动力学研究论文

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在综合分析各国电磁型磁悬浮列车的发展现状和及其动力学研究的基础上,考虑车辆和轨道的相互作用,将悬浮列车和轨道作为一个整体,就电磁力、转向架、轨道变形和控制动力学稳定性分析等方面的问题,提出了今后研究的方向。

参考文献:

[1]EarnshowS.Onthenatureofthemolecularforceswhichreg2ulatetheconstitutionofthelumiferousether[R].TransactionCambridgePhilosophySociety.1842.7.97—112.

[2]BraunbekW.FreischwebendeK?rperimelectircschenundmagnetischenFeld[R].Z.Phys..112,1939.753—763.

[3]JungV.MagnetischesSchweben[M].Berlin:Spring2Berlag,1988.

[4]BrezezinaW,LangerholsJ.Liftandsideforcesonrectangularpolepiecesintwodimensions[J].JournalofAppliedphysics,1974,45(4):1868—1872.

[5]谢云德,常文森.电磁型磁浮列车单铁力的计算及运动稳定性和可控性研究[J].铁道学报,1995,16(1).

[6]MasadaE.DevelopmentofMaglevTransportationinJapan:PresentStateandFUTUREProspects[A].Maglev’93[C].Argonne:ArgonneNationallaboratory,May1993.

[7]Seki,Tomohiro.TheDevelopmentofHSST21001.Engineer2ingDevelopment[A].Tokyo.Japan:HSSTDeveloopmentCorporation,Chiyoda2ku,1995.

[8]MatsumotoA,etal.VehicleDynamicsandRidingQualityofaMaglev2TypeUrbanTransportaionSystemCHSST2100[A].TheInternationalConferenceonSpeedUpRechnologyforTailwayandMaglevVehicels[C].Yokohama:JSME,Nov.1993.

[9]尹力明.磁悬浮转向架的动力学关系及部件强度的计算方法[J].机车电传动,1997,(5).

[10]YoshiokaH,等.山梨磁悬浮试验线车辆MLX01的动力学性能[J].国外铁道车辆,2000,37(5).

[11]YoshiokaH,WatanabeK.Dynamiccharacteristicsofside2wallmagnetically2levitatedvehicles[A].ProceedingsoftheinternationalConferenceonSpeedupTechnologyforRailwayandMaglevVehicles[C].1993,103—108.

[12]YoshiokaH,SuzukiE,SeinoHE,AzakamiM,OshimaH,NakanishiT.ResultsofrunningtestsandcharacteristicsofthedynamicsoftheMLX01YamanashiMaglevTestLineve2hicles[A].Proceedingsofthe15thinternationalConferencesonMAGLEV’98[C].1998.25—230.

[13]HiroshiYoshioka,ErimitsuSuzuki,HiroshiSeinoetal.CharacteristicsoftheDynamicsoftheMLX01YamanashiMaglevTestLineVehicles[J].QuarterlyReportofRTRI,Jun.’98,39(2).

[14]赵志苏,尹力明,罗昆.磁悬浮列车转向机构运动分析与设计[J].机车电传动,2000.

[15]MasadaE.PresentStatusofMaglevdevelopmentinJapanandHSST203Project[A].MaglevInternationalConferenceon1984[A].9—22.

[16]GottzionE.StatusofHighSpeedMaglevtraindevelopmentIntheFRG[A].InternationalConferenceonMaglev1984[C].23—36.

[17]MillerL.TRANSRAPID06IIperformanceandcharacteris2tics[A].Inter.ConferenceonMaglev1987[C].155—160.

[18]KortumW.SimulationoftheDynamicsofHighSpeedGroundTransportationVehicleswithMEDYNApotentialsandcaseStudies[A].IntConfonMaglevandLinearDrivers[C].May,1987.99—112.

[19]KortumW.ModellingandSimulationofActivityinEngi2neering[A].In:W.F.AmesetalIMAC(NTH2HOL2LAND)[C].PublishingCompany,1985.91—101.

[20]ChiuWS,SmithRG,WormleyDN.Influenceofvehicleanddistributedguidewayparametersonhighspeedvehicle2guidewaydynamicinteractions[J].J.ofDynamicSystem,MeasurementandControl,Trans.ASME.,1971,93:25—34.

[21]MeisenholderSG,WangTC.Dynamicanalysisofanelec2tromagneticsuspensionsystemforasuspendedvehiclesystem[A].U.S.FederalRailAdministrationReport[C],1972,No.FRA2RT27321.

[22]KatzRM,NeneVD,RaveraRJ,etal.Performanceofmagneticsuspensionsforhighspeedvehiclesoperatingoverflexibleguideways[J].J.ofDynamicSystems,MeasurementandControl,Trans.ASME.,1074,96:204—212.

[23]ChuD,MoonFC.Dynamicinstabilitiesinmaglevlevitationinthethintracklimit[J].JournalofAppliedPhysics,1983:1619—1625.

[24]ChiuWS,SmithRG,WormleyDN.InfluenceofVehicleandDistributedGuidewayParametersonHighSpeedVehicle2GuidewayDynamicInteraction[J].JournalofDynamicSys2tems,MeasurementandControl,TransactionoftheASME93,1971,25—34.

[25]KatzRM,NeneVD,RaveraRJ,SkalskiCA.Perfor2manceofMagneticSuspensionsforHighSpeedVehiclesOp2eratingoverFlexibleGuideways[J].JournalofDynamicSys2tems,MeasurementandControl,TransactionoftheASME106,1974,204—212.

[26]CaiY,ChenSS,RoteDM,etal.Vehicle/guidewayinter2actionforhighspeedvehiclesonaflexibleguideway[J].J.ofSoundandVibration,1994,175:625—646.

[27]CaiY,ChenSS,RoteDM.Vehicle/guidewaydynamicin2teractioninmaglevsystem[J].J.ofDynamicSystem,Mea2surementandControl,TransASME,1996,118:526—530.

[28]谢云德,常文森.电磁型(EMS)磁悬浮列车系统铅垂方向的建模与仿真[J].铁道学报,1996,17(4).

[29]武建军,郑晓静,周又和.弹性轨道上二自由度磁悬浮列车的动力特性分析[J].振动工程学报,1999.

[30]谢云德,常文森,尹力明.磁悬浮列车系统轨道动力学分析与试验研究[J].国防科技大学报,1997.

[31]ZhangY,XuSG.AnalysisofDynamicResponseforHTSMaglevVehicleModel[J].PhysicaC,2000,341—348:2603—2604.

[32]OhashiS,OhsakiH,MasadaE.RunningCharacteristicsoftheMagneticallyLevitatedTraininaCurvedTrackSection[J].IEEETransactionsonMagnetics,September1997,33(5).

[33]XiaoJingZheng,JianJunWuandYou2HeZhou.NumericalAnalysesonDynamicControlofFive2Degree2of2FreedomMa2glevVehicleMovingonFlexibelGuideways[J].JournalofSoundandVibration,2000,235(1):43—61.

[34]MeisenholderSG,WangTC.Dynamicanalysisofanelec2tromagneticsuspensionsystemforasuspendedvehiclesystem[A].USFederalRailAdministrationReport[C],No.FRA2RT27321.1972.

[35]MoonFC.Magneto2SolidMechanics[M].NewYork:JohnWeilyandSons,1984.272—274.

[36]周又和,郑晓静.具有反馈控制的电磁悬浮体的动力稳定性[J].振动工程学报,1997.

[37]NayfehAH,MookDT.NonlinearOscillations[M].NewYork:JohnWiley,1979.

[38]武际可,苏先樾.弹性系统的稳定性[M].北京:科学出版社,1994.

[39]凌复华.周期系数线性常微分方程稳定性区域的边界的数值计算[J].上海交通大学学报,1983,17:57—68.

[40]陈予恕,唐云.非线性动力学中的现代分析方法[M].北京:科学出版社,1992.

[41]KruzerE.Numericalresearchesofnon2linearDynamics[M].TranslatedbyLingFuhua.Shanghai:PublishingHouseofShanghaiJiaotongUniversity,1989(inChinese).

[42]周又和,武建军,郑晓静,何丽红.磁浮列车的动力稳定性分析与Liapunov指数[J].力学学报,2000.

[43]连级三.电力牵引控制系统[M].北京:中国铁道出版社,1996.

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