汽车发动机英文参考文献精选120个最新.docx

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汽车发动机英文参考文献精选120个最新

  汽车发动机是为汽车提供动力的装置,是汽车的心脏,决定着汽车的动力性、经济性、稳定性和环保性。

下面是搜索整理的汽车发动机英文参考文献,欢迎借鉴参考。

  汽车发动机英文参考文献一:

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hde,MichaelClairotte,MassimoCarriero,PierreBonnel,MaurizioMaggiore.EvaluationofNOxemissionsofaretrofittedEuro5passengercarfortheHorizonprize"Engineretrofit"[J].EnvironmentalResearch,2018,166.

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ConditionalInferenceTrees[J].ProcediaCIRP,2018,72.

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  [4]MohamedKamalAhmedAli,HouXianjun,MohamedA.A.Abdelkareem,M.Gulzar,A.H.Elsheikh.Novelapproachofthegraphenenanolubricantforenergysavingviaanti-friction/wearinautomobileengines[J].TribologyInternational,2018,124.

  [5]ShwetaTripathi,K.A.Subramanian.Controloffuelspraywallimpingementonpistonbowlinpalmacidoilbiodieselfueleddirectinjectionautomotiveengineusingretardedinjectiontiming,EGRandincreasedcompressionratio[J].AppliedThermalEngineering,2018,142.

  [6]GianfrancoGagliardi,FrancescoTedesco,AlessandroCasavola.ALPVmodelingofturbochargedspark-ignitionautomotiveengineorientedtofaultdetectionandisolationpurposes[J].JournaloftheFranklinInstitute,2018.

  [7]GritsadaSua-Iam,NattMakul.Innovativeutilizationoffoundrysandwasteobtainedfromthemanufactureofautomobileenginepartsasacementreplacementmaterialinconcreteproduction[J].JournalofCleanerProduction,2018.

  [8]KanhuCharanNayak,PrashantP.Date.Manufacturingoflightautomobileenginepistonheadusingsheetmetal[J].ProcediaManufacturing,2018,15.

  [9]YisongChen,JinqiuMa,BinHan,PengZhang,HainingHua,HaoChen,XinSu.Emissionsofautomobilesfueledwithalternativefuelsbasedonenginetechnology:

Areview[J].JournalofTrafficandTransportationEngineering(EnglishEdition),2018.

  [10]XinfengZhang,MinghuiLuo,WeiDai,ChuanqiYao,JiwenWang,DaojinHuang,ChunyangWang.Automotivefuelcellenginetestcelldesignanditsthermalflowanalysis[J].InternationalJournalofHydrogenEnergy,2018.

  [11]K.Sato,T.Sadahiro,M.Yamazaki,M.Iwase.ThrottleValveControlofAutomotiveEnginebasedonBoundaryModel[J].IFACPapersOnLine,2018,51(13).

  [12]AjayKumarMaddineni,DipayanDas,RaviMohanDamodaran.NumericalInvestigationofPressureandFlowcharacteristicsofPleatedAirFilterSystemforAutomotiveEngineIntakeApplication[J].SeparationandPurificationTechnology,2018.

  [13]MasahiroYamazaki,KotoruSato,KatsuyaShinozaki,MasamiIwase.BoundaryModelingandIdentificationofNormalOperationforAutomobileEngine[J].IFACPapersOnLine,2018,51(31).

  [14]GuoBin,ChenHong,SongDafeng.ResearchonFastMatchingMethodofPowerSystemParametersofParallelHybridElectricVehicles[J].IFACPapersOnLine,2018,51(31).

  [15]NatáliadeAssisBrasilWeber,BárbaraPachecodaRocha,PauloSmithSchneider,LuizCarlosDaemme,RenatodeArrudaPenteadoNeto.EnergyandemissionimpactsofliquidfueledenginescomparedtoelectricmotorsforsmallsizemotorcyclesbasedontheBrazilianscenario[J].Energy,2019,168.

  [16]FrancescoDelPero,MassimoDelogu,MarcoPierini.LifeCycleAssessmentintheautomotivesector:

acomparativecasestudyofInternalCombustionEngine(ICE)andelectriccar[J].ProcediaStructuralIntegrity,2018,12.

  [17]ShanLin,LiZhao,ShuaiDeng,JiaxinNi,YingZhang,MingluMa.DynamicperformanceinvestigationfortwotypesofORCsystemdrivenbywasteheatofautomotiveinternalcombustionengine[J].Energy,2019,169.

  [18]ZhangJian,PiaoZhong-yu,LiuShi-ying,SuSheng-wei,DengLi-jun.Investigationofwearbehaviorofgraphitecoatingonaluminumpistonskirtofautomobileengine[J].EngineeringFailureAnalysis,2019.

  [19]KarstenWittek,FrankGeiger,JakobAndert,MarioMartins,VitorCogo,ThompsonLanzanova.Experimentalinvestigationofavariablecompressionratiosystemappliedtoagasolinepassengercarengine[J].EnergyConversionandManagement,2019,183.

  [20]AdnanKadhimRashid,MohdRadziAbuMansor,AlexandruRacovitza,RaduChiriac.CombustionCharacteristicsofVariousOctaneRatingFuelsforAutomotiveThermalEnginesEfficiencyRequirements[J].EnergyProcedia,2019,157.

  [21]MarlonCadrazco,AlexanderSantamaría,JohnR.Agudelo.Chemicalandnanostructuralcharacteristicsoftheparticulatematterproducedbyrenewabledieselfuelinanautomotivedieselengine[J].CombustionandFlame,2019,203.

  [22]KennethHolmberg,AliErdemir.TheimpactoftribologyonenergyuseandCO2emissiongloballyandincombustionengineandelectriccars[J].TribologyInternational,2019,135.

  [23]HongliGao,FujunZhang,SufeiWang,HaoWu,ZhengkaiWang.EffectofCharacteristicParametersontheMagneticPropertiesofVoiceCoilMotorforDirectFuelInjectioninGasolineEngine[J].EnergyProcedia,2019,158.

  [24]XunanGao,BojanSavic,RolandBaar.Anumericalproceduretomodelheattransferinradialturbinesforautomotiveengines[J].AppliedThermalEngineering,2019,153.

  [25]SenthilKumarKandasamy,ArunSacoSelvaraj,ThundilKaruppaRajRajagopal.Experimentalinvestigationsofethanolblendedbiodieselfuelonautomotivedieselengineperformance,emissionanddurabilitycharacteristics[J].RenewableEnergy,2019,141.

  [26]GaneshDuraisamy,MuruganRangasamy,NagarajanGovindan.Acomparativestudyonmethanol/dieselandmethanol/PODEdualfuelRCCIcombustioninanautomotivedieselengine[J].RenewableEnergy,2020,145.

  [27]NosratollahIzadiamoli,HoseynSayyaadi.Conceptualdesign,optimization,andassessmentofahybridOtto-Stirlingengine/coolerforrecoveringthethermalenergyoftheexhaustgassesforautomotiveapplications[J].EnergyConversionandManagement,2018,171.

  [28]FedericoMillo,PranavArya,FabioMallamo.Optimizationofautomotivedieselenginecalibrationusinggeneticalgorithmtechniques[J].Energy,2018,158.

  [29]YonggyuLee,SeungmookOh,ChangupKim,JunsunLee,KanghunLee,JunghwanKim.Thedual-portfuelinjectionsystemforfueleconomyimprovementinanautomotivespark-ignitiongasolineengine[J].AppliedThermalEngineering,2018,138.

  [30]S.d'Ambrosio,A.Ferrari,D.Iemmolo,A.Mittica.Dependenceofcombustionnoiseonenginecalibrationparametersbymeansoftheresponsesurfacemethodologyinpassengercardieselengines[J].AppliedThermalEngineering,2019.

  汽车发动机英文参考文献二:

  [31]IvanBortel,Ji?

íVávra,MichalTakáts.EffectofHVOfuelmixturesonemissionsandperformanceofapassengercarsizedieselengine[J].RenewableEnergy,2019,140.

  [32]JaehoCho,KangjinKim,SunghaBaek,Cha-LeeMyung,SimsooPark.AbatementpotentialanalysisonCO2andsize-resolvedparticleemissionsfromadownsizedLPGdirectinjectionengineforpassengercar[J].AtmosphericPollutionResearch,2019.

  [33]JamieSleigh,CatherineE.Warnaby.Findingthestartermotorfortheengineofconsciousness[J].BritishJournalofAnaesthesia,2019,123(3).

  [34]S.Prakash,M.Prabhahar,S.Sendilvelan,R.Venkatesh,SanjaySingh,K.Bhaskar.Experimentalstudiesontheperformanceandemissioncharacteristicsofanautomobileenginefueledwithfishoilmethylestertoreduceenvironmentalpollution[J].EnergyProcedia,2019,160.

  [35]SabinoCaputo,FedericoMillo,GiulioBoccardo,AndreaPiano,GiancarloCifali,FrancescoConcettoPesce.Numericalandexperimentalinvestigationofapistonthermalbarriercoatingforanautomotivedieselengineapplication[J].AppliedThermalEngineering,2019,162.

  [36]NicoleD?

rr,AdamAgocs,CharlotteBesser,AndjelkaRisti?

MarcellaFrauscher.EngineOilsintheField:

AComprehensiveChemicalAssessmentofEngineOilDegradationinaPassengerCar[J].TribologyLetters,2019,67(3).

  [37]SumanchandranDevendran,RajeshkumarRamasamy,VaratharajNeelakandan,ThulasirajanGanesan,PraveenChakrapaniRao.FailureassessmentusingacceleratedtestingonICengine'sstartermotorforreliabilityimprovement[J].LifeCycleReliabilityandSafetyEngineering,2019,8

(2).

  [38]JaeguChoi,JongminLee,NamgyuJun,Chang-SungSeok,SunghwanPark,GayeonKim.DevelopmentofLaboratoryFatigueTestingApparatusforAutomotiveVehicleEngineValveSimulatingActualOperatingConditions[J].InternationalJournalofPrecisionEngineeringandManufacturing,2019,20(7).

  [39]PavelNicolaie,ChiriacRadu,BirtasAdrian,DraghiciFlorin,DincaMihai.Ontheimprovementbylaserignitionoftheperformancesofapassengercargasolineengine.[J].Opticsexpress,2019,27(8).

  [40]AhmadipourFatemeh,EsmaeiliSariAbbas,BahramifarNader.Characterization,concentrationandriskassessmentofairborneparticlesusingcarengineairfilter(casestudy:

Tehranmetropolis).[J].Environmentalgeochemistryandhealth,2019.

  [41]SleighJamie,WarnabyCatherineE.Findingthestartermotorfortheengineofconsciousness.[J].Britishjournalofanaesthesia,2019,123(3).

  [42]DerryMatthewJ,SmithTimothy,O'HoraPaulS,ArmesStevenP.BlockCopolymerNanoparticlesPreparedviaPolymerization-InducedSelf-AssemblyProvideExcellentBoundaryLubricationPerformanceforNext-GenerationUltralow-ViscosityAutomotiveEngineOils.[J].ACSappliedmaterials&interfaces,2019.

  [43].HyundaiMotorCompany;PatentIssuedforContinuousVariableValveDurationApparatusAndEngineProvidedWithTheSame(USPTO10,060,307)[J].JournalofEngineering,2018.

  [44].MazdaMotorCorporation;PatentIssuedforEngineControlDevice(USPTO10,060,372)[J].JournalofEngineering,2018.

  [45].AutomotiveEngineMarket2018GlobalIndustryOutlookBySize,KeyPlayers,Trends,Share,Suppliers,Statistics,Sales,Growth,AndRegionalForecastTo2023[J].M2Presswi

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