外文翻译--多学科系统级虚拟样机建模与仿真技术.doc

徐州工程学院毕业设计论文附录翻译部分MULTIDISCIPLINARYHYPOTHESIZEDPROTOTYPEMODELINGANDSIMULATIONTECHNOLOGYAUTHORPRCTECHNICALDEPARTMENTARTICLEORIGINMSCSOFTWARETHISARTICLEEMBARKEDFROMTHECURRENTPRODUCTDESIGNPROCESSTOTHEMULTIDISCIPLINARYUNIONSIMULATIONDEMAND,HASANALYZEDTHEPRODUCTCOORDINATIONDESIGNTOTHESIMULATIONTECHNOLOGYTHREELEVELSFUNCTIONDEMANDS,ANDDREWOUTCURRENTLYREALIZESTHEMULTIDISCIPLINARYINTEGRATEDSIMULATIONGENERALMETHODTHEMULTIDISCIPLINARYUNIONSIMULATIONNEEDSTOCONTROL,THEORGANIZATION,THEFINITEELEMENTANDSOONTHEDIFFERENTSIMULATIONENVIRONMENTINTEGRATIONANDTHEDATAEXCHANGE,MSCSOFTWAREPROVIDEDMOSTSYSTEMATICANDTHEINTEGRITYMULTIDISCIPLINARYCOORDINATIONSIMULATIONDEVELOPMENTENVIRONMENT,THISARTICLEINDETAILINTRODUCEDMSCTHESOFTWAREMULTIDISCIPLINARYHYPOTHESIZEDPROTOTYPEMODELINGANDTHESIMULATIONSOLUTION,ANDHASPRODUCEDTHECONCRETEEXAMPLE1MULTIDISCIPLINARYUNIONSSIMULATIONSDEMANDITISWELLKNOWN,THEMODERNPRODUCTRESEARCHANDDEVELOPMENTFLOWISTHEMULTIPEOPLETEAM,THEMULTIDISCIPLINARYDOMAINCOORDINATIONDESIGNPROCESSINPRODUCTPERFORMANCEHISTORY,REGARDLESSOFISTHEPLANPRINCIPLEDESIGN,THEPARTLEVELDETAILEDPARAMETERSPECIFICATIONDESIGN,ALLINVOLVESTOMANYDIFFERENTSUBSYSTEMSANDTHERELATEDDISCIPLINEDOMAIN,THESESUBSYSTEMSALLHAVETHEONESELFSPECIFICFUNCTIONANDTHEUNIQUEDESIGNMETHOD,BUTBETWEENVARIOUSSUBSYSTEMSTHENHASTHECROSSCOUPLINGFUNCTION,COMPOSESTHEINTEGRITYTOGETHERTHEFUNCTIONALSYSTEM徐州工程学院毕业设计论文CHART1THEMODERNPRODUCTPROCESSINVOLVESMANYSUBSYSTEMSANDTHERELATEDDISCIPLINEDOMAINHOWDOESTHEEFFECTIVECOORDINATEDEACHSUBSYSTEMDESIGNTEAMSWORK,LETBETWEENTHETEAMACHIEVEINFORMATIONSHARING,HELPSSUPPLYEACHOTHER,ANDGUARANTEESTHESUBSYSTEMTHEDESIGNQUALITYANDTHEOVERALLPERFORMANCE,THEREALIZATIONPRODUCTDESIGNTRUEINTEGRATIONHARMONIOUSCOOPERATIONASSIMILATION,THUSTHEENHANCEMENTRATEDCAPACITY,SAVESTHEDESIGNCOST,REDUCESTHEDEVELOPMENTCYCLE,THISISANEXTREMELYIMPORTANTQUESTIONINORDERTOACHIEVETHEABOVEGOAL,WEMUSTSATISFYFOLLOWINGTHREELEVELSTHEDEMANDFIRST,HASVARIOUSSUBSYSTEMSANDVARIOUSDISCIPLINESDOMAINEFFECTIVEINTEGRATIONSIMULATIONTOOL,THUSGUARANTEESVARIOUSSUBSYSTEMSTHEDESIGNSTANDARDANDTHERELIABILITYCHART2VARIOUSDISCIPLINESDOMAINDIFFERENTDESIGNTOOL徐州工程学院毕业设计论文SECOND,CANREALIZEBETWEENVARIOUSSIMULATIONSTOOLSEAMLESSINTEGRATIONANDTHEDATAEXCHANGE,REALIZESTHEMODELCONFORMITYUNDERTHEUNIFICATIONOVERHEADCONSTRUCTION；THIRD,INORDERTOCANCOORDINATEANDMANAGEEACHDESIGNTEAM,ASWELLASMASSDATAWHICHPRODUCESINTHEDESIGNPROCESS,REALIZATIONRESOURCESOPTIMIZATIONDISPOSITION,BUTALSOMUSTHAVETHESIMULATIONDATAANDTHEFLOWMANAGEMENTPLATFORM,REALIZESVARIOUSDISCIPLINESDOMAINTRUECOORDINATIONTOIMITATE2MULTIDISCIPLINARYCOORDINATIONSIMULATIONSGENERALREALIZATIONMETHODATPRESENTMOREGENERALANDTHEPOPULARREALIZATIONMULTIDISCIPLINARYINTEGRATIONSIMULATIONMETHODMAINLYINCLUDESFOLLOWINGTHREEKINDS21UNIONSSIMULATIONSTYPECOSIMULATIONTHEUNIONSIMULATIONTYPEISATPRESENTISGENERAL,ALSOUSESMOSTONEDATAEXCHANGEWAY,ITSDATAEXCHANGEPRINCIPLELIKECHART3SHOWS,BETWEENTWODIFFERENTSIMULATIONSTOOLSPASSESTCP/WAYREALIZATIONDATAEXCHANGEANDTRANSFERANDSOONTCP/IPCHART3UNIONSIMULATIONLIKEBASICPRINCIPLEAFTERBETWEENTWODIFFERENTSIMULATIONSTOOLSTHROUGHTHEUNIONSIMULATIONWAYESTABLISHMENTCONNECTION,ONECONTAINSTHEMODELMAYTHERESULTWHICHCALCULATESOWNTRANSMITASTHESYSTEMINPUTINSTRUCTIONFORTHEMODELWHICHANOTHERONEESTABLISHES,THISKINDOFINSTRUCTIONINCLUDINGTHESTRENGTH,THEMOMENTOFFORCE,THEACTUATIONANDSOONTHETYPICALSIGNAL,LATTERMODELTHERESPONSEQUANTITYWHICHPRODUCESINUNDERTHISINSTRUCTIONFUNCTION,LIKEDISPLACEMENT,SPEED,ACCELERATIONANDSOON,ALSOMAYFEEDBACKGIVESFORMERTHEMODEL,LIKETHIS,THEMODELINFORMATIONANDTHESIMULATIONDATAMAYINTWOBETWEENDIRECTIONALTRANSMISSIONS徐州工程学院毕业设计论文THEUNIONSIMULATIONWAYMODELAPPLICATIONINCLUDESPOLYSOMEDYNAMICSANDCONTROLSYSTEMFOREXAMPLEVEHICLECONTROL,STRUCTUREANDAIROPERATEDLOADFOREXAMPLEAERONAUTICALDYNAMICSANALYSIS,ANDSOONTHISISONEKINDISEASIESTTOESTABLISHANDTHEREALIZATIONINTEGRATEDSIMULATIONWAY,HASVERYSTRONGGENERAL,BUTLIMITSLIESINPROCESSESTHERIGIDSYSTEMWITHDIFFICULTY,TAKESMANYTOTHESYSTEMRESOURCES,CERTAINSITUATIONPOSSIBLESPEEDSTOBESLOW22MODELSTRANSFORMATIONSTYPEMODELTRANSFERMODELTRANSFORMATIONLIKEPRINCIPLELIKECHART4SHOWSITSMAINPRINCIPLEISTRANSFORMSTOOLMODELFORTHESPECIFICFORMCONTAINSTHEMODELINFORMATIONTHEDATAFILE,FORANOTHERTOOLINMODELTRANSFER,THUSREALIZATIONINFORMATIONINTERACTIVETHETYPICALDATAFORMATLIKEUSEDINJUSTSHOOTINGTHECOUPLINGANALYSISTHEMODALITYNEUTRALDOCUMENTMNF,CONTAINEDINTHISDOCUMENTUSESM,K,XTHERESONANCEOSCILLATIONMATRIXREPRESENTATIONINFORMATION；USESINTHECONTROLMECHANISMINTEGRATIONSIMULATIONASWELLASOTHERSIMULATIONSDYNAMICLINKSTOREHOUSEDOCUMENTSDLL,INTHISDOCUMENTCONTAINSUSESTHEVARIABLEEXPRESSIONTHEFUNCTIONINFORMATIONCHART4MODELTRANSFORMATIONLIKEBASICPRINCIPLETHEMODELTRANSFORMATIONLIKEMODELAPPLICATIONINCLUDESTHECONTROL,THEBATTERYSOLUTIONANDTHEORGANIZATIONINTEGRATIONSIMULATIONFOREXAMPLEAIRPLANECONTROLSURFACE,THEFINITEELEMENTANDTHEPOLYSOMEORGANIZATIONFOREXAMPLEJUSTSHOTCOUPLINGMECHANICALSYSTEM,ANDSOONTHISWAYCHARACTERISTICLIESINTHESOLUTIONSPEEDQUICKLY,TAKESFEWTOTHESYSTEMRESOURCES,THESTABILITYISGOOD,AFTERANDTHEMODELESTABLISHMENTISADVANTAGEOUSFORTHEREPETITIONUSE,BUTLIMITSTHENLIESINNEEDSTODEFINETHESPECIFICDATAFORMATTHEDOCUMENT,THEVERSATILITYMISSESSLIGHTLY23SOLUTIONSINTEGRATIONSTYPESOLVERCONVERGENCE