简介:摘要:冲压生产中,提高生产率而不必增加投资或劳动力是我们的目标,一个简单的方法就是提高压机速度。然而,由于要冲压成形的工件受材料机械性能等条件的限制,欲提高成形速度是很难甚至是不可能的。使用多连杆驱动技术的机械压力机,不用改变压机的工作行程速度,即可达到提高生产率、延长模具寿命并降低噪声的目的。
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。