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Semi-active suspension system of car model design: a comparative study

机译:汽车模型设计半主动悬架系统:比较研究

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The development of road infrastructure on the other hand has not been so promising. In the last 50 years the Indian automotive industry has grown 170 times, while the roads infrastructure has expanded only nine times. Navigation on rough roads causes jerking which poses quite a problem for the passengers in the form of chronic health hazards, discomfort and accidents. Thus, there is a great deal of pressure on an automobile engineer to design an optimal suspension system capable of navigating range of terrain. A good suspension system should be able to isolate the car body from jerks as well as maintain proper grip on the roads. Semi-active suspension system can reduce the hazards on the way even after huge jerking due to road mishaps. Here, author developed semi-active suspension system with all graphical analysis of damping and functions of dampers. By this graphical and analytical analysis industry can develop new system for their automobiles. Here, in this paper design aspects of semi-active suspension system is discussed and further analysed the merits of semi-active suspension system and future scope of the system how it can be developed further.
机译:另一方面,道路基础设施的发展并未如此优惠。在过去的50年里,印度汽车工业已经增长了170次,而道路基础设施仅扩大了九次。在粗糙的道路上导航导致混蛋,这对乘客造成了慢性健康危害,不适和事故的形式对乘客带来了相当的问题。因此,汽车工程师对汽车工程师进行了大量压力,以设计能够导航地形范围的最佳悬架系统。良好的悬架系统应该能够将车身与混蛋隔离,并保持正确的抓地力。半主动悬架系统可以减少甚至在道路时期的巨大混乱之后减少危险。在这里,作者开发了半主动悬架系统,具有阻尼器的阻尼和功能的所有图形分析。通过这种图形和分析分析行业可以为其汽车开发新系统。这里,在本文中,讨论了半主动悬架系统的设计方面,并进一步分析了半主动悬架系统的优点和系统的未来范围如何进一步开发。

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