汽车理论英文课件

Automotive

Theory

EnglishCourseware•

IntroductiontoAutomotiveThe•

FundamentalsofAutomotiveEng•

VehicleDynamicsandPerformance•

ControlandElectronicsinAu•

FutureAutomotiveTechnology•

ConclusionandReferencesIntroduction

to

Automotive

TheDefinition

and

Components

of

AAutomotive

definitionAvehiclethatrunsonroadsandisdrivenbyanengineComponents

of

an

automobileEngine,transmission,suspension,steering,brakingsystem,coolingsystem,exhaustsystem,etcClassification

of

Automotive

TSpecial

purposevehiclesincludingbudgets,firetrucks,policycars,etcCommercial

vehiclesincludingtrucks,buses,Passenger

carstrailers,etcincludingsedans,SUVs,stationwagons,etcObjective

of

Automotive

TheoryToprovidestudentswithabasicunderstandingofautomotivetechnology0102TofamiliarizestudentswiththestructureandfunctionofmobilecomponentsTohelpstudentsunderstandtheprinciplesofautomotiveengineering03Fundamentals

of

Automotive

EngIntroduction

to

Internal

CombuDefinitionCompositionWorkingprocessIntroducethedefinitionBrieflyintroducetheExplaintheworkingcompositionofinternalcombustionengines,andbasicworkingprinciplesofinternalcombustionengines.processofaninternalcombustionengine,includingfourstrokes:suction,compression,powergeneration,andexhaust.includingcylinders,pistons,valves,andcrankshafts.Basic

Components

of

Internal

CCylinder

and

pistonProvideadetaileddescriptionofthestructure,workingprinciple,andmaterialsofthecylinderandpiston.Valve

and

valve

springIntroducethestructure,workingprinciple,andfunctionofvalvesprings.Crankshaft

and

bearingsdescribethestructureandworkingprincipleofthecrankshaft,aswellasthefunctionandmaterialofthebearings.Different

Types

of

Engines

andGasoline

engine

and

diesel

engineComparethestructuraldifferencesandworkingprinciplesofthetwo,aswellastheirrespectiveapplicationscenarios.Inline

and

V-type

enginesIntroducethestructuralcharacteristicsandadvantagesanddisadvantagesofinlineandV-typeengines.Four

stroke

and

two-stroke

enginesExplaintheworkingprincipleandapplicablescenariosoffourstrokeandtwo-strokeengines.Vehicle

Dynamics

andPerformanceIntroduction

to

Vehicle

Dynamics要点一要点二要点三Vehicle

dynamicanalysisImportance

ofApplications

ofvehicle

dynamicsvehicle

dynamicsThisinvolvesbreakingdownthevehicle'smotionintosmallercomponentssuchasacceleration,braking,andsteeringtoUnderstandingvehicledynamicsiscriticalinoptimizingvehicleperformance,safety,andcontrolThisknowledgeisappliedinareassuchasvehicledesign,accidentreconstruction,anddrivertrainingunderstandhowthevehiclewillhavebeenindifferentsituationsBasic

Components

of

Vehicle

DynamicsDrive

trainSteering

systemDThiscomponenttransfersthepowergeneratedbytheenginetothewheelsThiscomponentallowsthedrivertodirectthevehicle'smovementCBBraking

systemSuspension

systemAThiscomponentwindowsdownorstopsthevehicleThiscomponentisresponsibleforconnectingthevehicletotheroadandabsorbingvibrationsandshocksPerformance

Evaluation

of

Vehicle

DynamicsVehicleBrakingSuspensionSteeringhandlingperformanceperformanceperformanceThisreferstohowwellthevehiclerespondstothedriver'sinputsandhowstableitThisreferstohowwellthebrakingsystemsleepsdownorstopsthevehiclebasedontheThisreferstohowwellthesuspensionsystemabsorbsThisreferstohowaccurateandresponsivethesteeringsystemistothedriver'sinputsvibrationsandshocks,resultinginacomfortablerideremainsduringdifferentdrivingconditionsdriver'sinputsControl

and

Electronics

in

AuIntroduction

to

Automotive

EleAutomotiveelectronicsEngine

controlVehicle

dynamicscontrolanoverviewofautomotiveelectronicsanditsapplicationsinmodernvehiclestheimportanceofenginecontrolanditsimpactonfuelefficiency,emissioncontrol,andperformanceanintroductiontothecontrolofvehicledynamics,includingstabilitycontrol,suspensioncontrol,andbrakingcontrolAutomotive

Electronics

ControlEngineTransmissioncontrolVehicle

stabilitycontrolmanagementsystemthefunctionandcomponentsofthefunctionandoperationoftransmissioncontrolsystems,includingautomatictransmission,dualclutchtransmission,andcontinuouslyvariabletransmissionthefunctionandoperationofvehiclestabilitycontrolsystems,includingantilockbrakingenginemanagementsystems,includingfuelinjection,ignitionsystems,andvariablevalvetimingsystems,tractioncontrolsystems,andelectronicstabilityprogramsAutomotive

Electronics

and

EnvEngine

emissionscontrolVehicle

sensorsAutomotive

networkcommunicationanoverviewofengineemissionscontrolsystems,includingexhaustgasrecirculation,leanburnengines,anddieselparticulatefiltersanoverviewofvehiclesensorsandtheirapplications,includingtirepressuresensors,airbagsensors,andcrashsensorsanintroductiontoAutomotivenetworkcommunicationsystems,includingControllerAreaNetwork(CAN),LocalInterconnectNetwork(LIN),andMediaOrientedSystemTransport(MOST)Future

Automotive

TechnologyIntroduction

to

Future

AutomobileFutureAutomotiveTechnology:AnIntroductionEvolutionoftheAutomotiveIndustry01020304TheImportanceofAutomotiveFutureTrendsinAutomotiveTechnologyTechnologyElectric

Vehicles

(EVs)

and

Hy0102EVsandHybridVehicles:AnIntroductionTheBenefitsofEVsandHybridsChallengesFacingEVandHybridDevelopmentTheFutureofEVsandHybridsintheAutomotiveIndustry0304Autonomous

Vehicles

and

ConnecChallengesFacingAutonomousVehicleDevelopmentAutonomousVehicles:AnIntroduction1TheFutureofAutonomousVehiclesintheAutomotiveIndustryandConnectivityTheBenefitsofAutonomousVehiclesConclusion

and

ReferencesConclusion

of

Automotive

TheoryTheautomotivetheoryisanessentialtopicforEnglishspeakingstudentstounderstandthebasicprinciplesofautomotiveengineeringThecourseprovidesanoverviewoftheautomotivesystem,includingitscomponentsandtheirfunctions,aswellastherelationshipbetweenthemThecoursewarealsocoversthedifferenttypesofautomotiveengines,theirworki