简介:Developmentofnewmulti-linksuspensionmadeofaluminumalloys;Evaluatingfatigueperformanceofdowngaugedhighstrengthsteelsuspensionarm;ExperimentalandNumericalAnalysisofanOff-roadVehicleSuspension;Experimentalcomparisonoflossesforconventionalpassiveandenergyefficientactivesuspensionsystems;Fatiguedesignofautomotivesuspensioncoilsprings;FAULTDETECTIONFORANACTIVEVEHICLESUSPENSION;……
简介:Aluminumalloyforgingforautomobilesuspensionparts,Anapplicationofporositysimulationtoanaluminumautomotivesuspensioncomponent,AninvestigationtocontrollerdesignforactivevehiclesuspensionbyusingGA-basedPIDandfuzzylogic,Analysisofatrucksuspensiondatabase,AxiomaticapproachtothekinematicdesignofanautomotivesuspensionsystemwiththeMcPhersonstruttype。
简介:[篇名]Adynamicsizingmethodologyinthecontextofanautomotiveapplication,[篇名]Amodelingapproachforsuspensionfrictionconsistingofseveralsetsoffrictionelementsandspringsinseries,[篇名]Asensorandprocessfaultdetectionsystemforvehiclesuspensionsystems,[篇名]Astudyonthehandlingperformancesofalarge-sizedbuswiththechangeofrearsuspensiongeometry,[篇名]Atoolforcontrolalgorithmdevelopmentofanactivevehiclesuspensionusinghardware-in-the-loop,[篇名]Activeandpassivesuspensioncontrolforvehiclediveandsquat,[篇名]AdaptivecontrolstrategyofaKalmanfilteractivevehiclesuspension,[篇名]AdaptiveFuzzyControllerWithSlidingSurfaceforVehicleSuspensionControl。
简介:摘要:在机械制造过程中,激光焊接应用一直都是研究的热点、重点。激光焊接由于其焊接效率高、污染小、焊疤美观,具有广泛的应用和发展。激光焊接属于熔融焊接技术。通过光学振荡器产生激光束,激光束作用于加工件表面快速将工件表面金属熔融汽化形成孔洞,液热冷却后小孔闭合形成焊缝,完成对工件表面焊接工作。激光焊接能满足工件轻量化的要求,提高性能的同时降低制造过程中的成本。因此如何将激光焊接技术运用到智能悬架制造过程中已成为浙江戈尔德智能悬架股份有限公司智能悬架事业部等制造型企业需要考虑的问题。
简介:摘要:奥迪A8是教早采用空气悬架系统的轿车,本文介绍了奥迪A8空气悬架系统的工作模式、各组成零部件的结构与工作原理。