简介:摘要:本文探讨了多媒体教学、案例教学、任务驱动教学以及网络教学与线下教学相结合等教学方法在汽车发动机教学中的应用。这些教学方法可以帮助学生更好地理解和掌握汽车发动机的知识和技能,提高教学效果和学生的学习效果。教师需要根据实际情况选择合适的教学方式,并不断探索和创新教学方式,以适应不断变化的教育环境和教育需求。
简介:[篇名]Automatedtuningofanenginemanagementunitforanautomotiveengine,[篇名]AutomotiveSignalFaultDiagnostics-PartI:SignalFaultAnalysis,SignalSegmentation,FeatureExtractionandQuasi-OptimalFeatureSelection,[篇名]Automotivetribologyoverviewofcurrentadvancesandchallengesforthefuture,[篇名]CamshaftrollerchaindriveWithreducedmeshingimpactnoiselevels,[篇名]CombatingAutomotiveEngineValveRecession,[篇名]Comparisonofreliabilityenhancementtestsforelectronicequipment,[篇名]Competitivesurfaceinteractionsofcriticaladditiveswithpistonring/cylinderlinearcomponentsunderlubricatedbreaking-inconditions,[篇名]Component-baseddistributedcontrolsystemsforautomotivemanufacturingmachinerydevelopedundertheforesightvehicleprogram,[篇名]Compressionratioinfluenceonmaximumloadofanaturalgas-fueledHCCIengine,[篇名]Computerizedanalysisoffuelsystemsperformancedynamics,[篇名]ConceptsforthecontrolofboostpressureandEGR-rateforaheavydutyengine,[篇名]Conditionmonitoringforacarengineusinghigherordertimefrequencymethod,[篇名]DesignandevaluationoftheELEVATEtwo-strokeautomotiveengine,[篇名]DevelopmentofacheepcreepresistantMg-Al-Zn-Si-basealloy,[篇名]Developmentofanozzle-foulingtestforadditiveratinginheavy-dutyDIdieselengines。
简介:EvaluationoftranscriticalCO{sub}2usinganautomotivecompressorinapackaged-unitarymilitaryECU;Exhaustmanifolddesignforacarenginebasedonenginecyclesimulation;ExhaustparticlenumberandsizedistributionswithconventionalandFischer-Tropschdieselfuels;Finiteelementacousticanalysisofanengineexhaustshieldbysequentiallycoupledmethod;FueladditiveandblendingapproachestoreducingNO{sub}xemissionsfrombiodiesel;HigherOrderTime-FrequencyAnalysisasaToolforHealthMonitoring;Howmodemengineoilscanimpactonemissionreduction;……
简介:Developmentofcombinedsiliconplatenozzles,DevelopmentofEDBMSundercomputersupportedcooperativeworkenvironment,DevelopmentofMineDetectionSix-LeggedWalkingRobotCOMET-Ⅲ,DevelopmentoftheapplicationoftheautomotiveenginetechnologytotheV6four-strokeoutboardmotor,Developmentofthermalfatigueresistantausteniticcastalloysforhigh-temperatureengineexhaustgassystems,Dieselengineelectricturbocompoundtechnology。
简介:在奥迪80之后开发的新机型,是1994年秋开始生产的奥迪A4机型。该机型的主要特点是采用了5阀式。该新型发动机的最初追求目标是降低油耗,适应新的排放标准(MVEGI)和降低噪音,之后又达到了轻量化和降低成本等多项目标。5阀设计的目的在于追求高功率和高扭矩,达到了无增压时92kW、增压时110kW的效果。排气阀(直径30mm)对气缸轴线的倾斜角为20度,进气阀(直径为27mm)外侧的两个倾斜角为21.5度,内侧的一个倾斜角为15度。3个进气口的通道与椭圆形状的进气管连接,燃料以4kg/cm~2的压力从设置在进气管上的燃料喷嘴(2个孔)中以雾状喷射到3个进气阀的伞腔上,这样设计主要是考虑减少对进气壁面的润湿,且使通过3个进气口的各自的空气量与成比例的喷射量得到一定的分配。