简介:摘要:本文通过对空气弹簧技术在汽车悬挂系统中的应用与传统悬挂系统的性能对比研究,深入探讨了空气弹簧技术在汽车悬挂领域的优势和特点。汽车悬挂系统作为保证车辆行驶平稳性、舒适性和操控性的关键组成部分,在车辆性能和乘坐体验中起着至关重要的作用。随着科技的进步,空气弹簧技术逐渐成为新型悬挂系统的代表,因其灵活的调节性能和良好的路面适应性而备受关注。本研究揭示了空气弹簧技术在汽车悬挂系统中的应用优势,为汽车工程领域提供了有价值的参考。尽管空气弹簧技术还存在一些技术挑战,但相信随着技术的进一步发展,它将在未来为汽车行业带来更加卓越的悬挂体验和驾驶感受。
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。