汽車?yán)碚撚⑽恼n件

AutomotiveTheoryEnglishCoursewareIntroductiontoAutomotiveTheFundamentalsofAutomotiveEngVehicleDynamicsandPerformanceControlandElectronicsinAuFutureAutomotiveTechnologyConclusionandReferences01IntroductiontoAutomotiveTheAutomotivedefinitionAvehiclethatrunsonroadsandisdrivenbyanengineComponentsofanautomobileEngine,transmission,suspension,steering,brakingsystem,coolingsystem,exhaustsystem,etcDefinitionandComponentsofAincludingsedans,SUVs,stationwagons,etcPassengercarsincludingtrucks,buses,trailers,etcCommercialvehiclesincludingbudgets,firetrucks,policycars,etcSpecialpurposevehiclesClassificationofAutomotiveTObjectiveofAutomotiveTheory01Toprovidestudentswithabasicunderstandingofautomotivetechnology02Tofamiliarizestudentswiththestructureandfunctionofmobilecomponents03Tohelpstudentsunderstandtheprinciplesofautomotiveengineering02FundamentalsofAutomotiveEngDefinitionIntroducethedefinitionandbasicworkingprinciplesofinternalcombustionengines.Brieflyintroducethecompositionofinternalcombustionengines,includingcylinders,pistons,valves,andcrankshafts.Explaintheworkingprocessofaninternalcombustionengine,includingfourstrokes:suction,compression,powergeneration,andexhaust.CompositionWorkingprocessIntroductiontoInternalCombuValveandvalvespringIntroducethestructure,workingprinciple,andfunctionofvalvesprings.Crankshaftandbearingsdescribethestructureandworkingprincipleofthecrankshaft,aswellasthefunctionandmaterialofthebearings.CylinderandpistonProvideadetaileddescriptionofthestructure,workingprinciple,andmaterialsofthecylinderandpiston.BasicComponentsofInternalCGasolineengineanddieselengineComparethestructuraldifferencesandworkingprinciplesofthetwo,aswellastheirrespectiveapplicationscenarios.InlineandV-typeenginesIntroducethestructuralcharacteristicsandadvantagesanddisadvantagesofinlineandV-typeengines.Fourstrokeandtwo-strokeenginesExplaintheworkingprincipleandapplicablescenariosoffourstrokeandtwo-strokeengines.DifferentTypesofEnginesand03VehicleDynamicsandPerformance要點(diǎn)三VehicledynamicanalysisThisinvolvesbreakingdownthevehicle'smotionintosmallercomponentssuchasacceleration,braking,andsteeringtounderstandhowthevehiclewillhavebeenindifferentsituations要點(diǎn)一要點(diǎn)二ImportanceofvehicledynamicsUnderstandingvehicledynamicsiscriticalinoptimizingvehicleperformance,safety,andcontrolApplicationsofvehicledynamicsThisknowledgeisappliedinareassuchasvehicledesign,accidentreconstruction,anddrivertraining要點(diǎn)三IntroductiontoVehicleDynamicsABCDSuspensionsystemThiscomponentisresponsibleforconnectingthevehicletotheroadandabsorbingvibrationsandshocksBrakingsystemThiscomponentwindowsdownorstopsthevehicleDrivetrainThiscomponenttransfersthepowergeneratedbytheenginetothewheelsSteeringsystemThiscomponentallowsthedrivertodirectthevehicle'smovementBasicComponentsofVehicleDynamicsVehiclehandlingThisreferstohowwellthevehiclerespondstothedriver'sinputsandhowstableitremainsduringdifferentdrivingconditionsBrakingperformanceThisreferstohowwellthebrakingsystemsleepsdownorstopsthevehiclebasedonthedriver'sinputsSuspensionperformanceThisreferstohowwellthesuspensionsystemabsorbsvibrationsandshocks,resultinginacomfortablerideSteeringperformanceThisreferstohowaccurateandresponsivethesteeringsystemistothedriver'sinputsPerformanceEvaluationofVehicleDynamics04ControlandElectronicsinAuAutomotiveelectronicsanoverviewofautomotiveelectronicsanditsapplicationsinmodernvehiclesEnginecontroltheimportanceofenginecontrolanditsimpactonfuelefficiency,emissioncontrol,andperformanceVehicledynamicscontrolanintroductiontothecontrolofvehicledynamics,includingstabilitycontrol,suspensioncontrol,andbrakingcontrolIntroductiontoAutomotiveEleEnginemanagementsystemthefunctionandcomponentsofenginemanagementsystems,includingfuelinjection,ignitionsystems,andvariablevalvetimingTransmissioncontrolthefunctionandoperationoftransmissioncontrolsystems,includingautomatictransmission,dualclutchtransmission,andcontinuouslyvariabletransmissionVehiclestabilitycontrolthefunctionandoperationofvehiclestabilitycontrolsystems,includingantilockbrakingsystems,tractioncontrolsystems,andelectronicstabilityprogramsAutomotiveElectronicsControlEngineemissionscontrolanoverviewofengineemissionscontrolsystems,includingexhaustgasrecirculation,leanburnengines,anddieselparticulatefiltersVehiclesensorsanoverviewofvehiclesensorsandtheirapplications,includingtirepressuresensors,airbagsensors,andcrashsensorsAutomotivenetworkcommunicationanintroductiontoAutomotivenetworkcommunicationsystems,includingControllerAreaNetwork(CAN),LocalInterconnectNetwork(LIN),andMediaOrientedSystemTransport(MOST)AutomotiveElectronicsandEnv05FutureAutomotiveTechnologyTheImportanceofAutomotiveTechnologyFutureAutomotiveTechnology:AnIntroductionEvolutionoftheAutomotiveIndustryFutureTrendsinAutomotiveTechnology01020304IntroductiontoFutureAutomobile01EVsandHybridVehicles:AnIntroduction02TheBenefitsofEVsandHybrids03ChallengesFacingEVandHybridDevelopment04TheFutureofEVsandHybridsintheAutomotiveIndustryElectricVehicles(EVs)andHy1AutonomousVehiclesandConnecAutonomousVehicles:AnIntroductionTheBenefitsofAutonomousVehiclesChallengesFacingAutonomousVehicleDevelopmentTheFutureofAutonomousVehiclesintheAutomotiveIndustryandConnectivity06ConclusionandReferencesTheautomotivetheoryisanessentialtopicforEnglishspeakingstudentstounderstandthebasicprinciplesofautomotiveengineeringThecourseprovidesanoverviewoftheautomotivesystem,includingitscomponentsandtheirfunctions,aswellastherelationshipbetweenthemThecoursewarealsocoversthedifferenttypesofautomotiveengines,theirworkingprinciples,andtheircorrespondin