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Investigation of Passenger Car using Macpherson Strut for Suspension System pt.1: Vehicle Behaviour Variation of Time Response

机译:使用Macpherson支杆悬架系统的乘用车研究pt.1:时间响应的车辆行为变化

摘要

It has been decade, researchers has been conducting researches on the topics concerning vehicle behavior. Suspension system, driving maneuver and road profile are the particular parameters in order to achieve the aim in vehicle behavior understanding. This paper combined these three criteria by means of using a passenger car equipped with MacPherson strut front suspension undergoes different driving behavior. The objective of this paper is to study the effect of passenger car equipped with MacPherson strut front suspension system vehicle behavior based on different driving maneuvers. For this study, Proton Persona Sedan 1.6 Manual Transmission Base Line was used to investigate the MacPherson strut suspension system. Data were collected using DEWESoft Software. As the velocity and direction varies with time, the vehicle response subjected to stationary excitation, while it varies with different velocity and different type of road. Acceleration, deceleration and bumpy test the suspension mechanism support the weight of the vehicle yet to cushion bumps and holes in the road. It can be concluded that the MacPherson strut suspension system has an effect on not only vehicle behavior but also comfort ride. These findings provide the following insights for future research in suspension vibration in order to optimize the performance of the MacPherson strut suspension system.
机译:十年来,研究人员一直在研究与车辆行为有关的主题。悬架系统,驾驶操纵和道路轮廓是特定参数,以达到理解车辆行为的目的。本文通过使用配备MacPherson支柱前悬架的客车将这三个标准结合在一起,从而表现出不同的驾驶行为。本文的目的是研究基于MacPherson支柱前悬架系统的乘用车基于不同驾驶行为的行为。在这项研究中,Proton Persona Sedan 1.6手动变速箱基线用于研究MacPherson支柱悬挂系统。使用DEWESoft软件收集数据。当速度和方向随时间变化时,车辆响应会受到固定激励,而响应速度随速度和道路类型的变化而变化。加速,减速和颠簸测试,悬架机构支撑了车辆的重量,却没有缓冲道路上的颠簸和颠簸。可以得出结论,麦弗逊式悬架系统不仅会影响车辆性能,而且会影响乘坐舒适性。这些发现为悬架振动的未来研究提供了以下见解,以优化MacPherson支柱悬架系统的性能。

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