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Design and Optimization of a Steering Knuckle of FSAE Car

机译:FSAE汽车转向节的设计与优化

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摘要

Steering knuckle is that component of a vehicle which connects the suspension system, braking system and the steering system to the chassis of the vehicle. A steering knuckle should have high precision, durability and low weight. The purpose of this study is to design a knuckle which is low in weight and has better performance with considerable factor of safety. The study is divided into two steps. The first step involves the designing of a steering knuckle with the help of designing software and by estimating the loads which are acting on the component. The second part is carrying out FEA on the component to find out the stresses induced and the deformation. This will help in optimising the knuckle. After the analysis is done, the knuckle can be optimised by removal of materials where the induced stress is low.
机译:转向节是车辆的部件,其将悬架系统,制动系统和转向系统连接到车辆的底盘。转向节应具有高精度,耐用性和低重量。本研究的目的是设计一种低于重量的关节,具有更好的性能,具有相当的安全系数。该研究分为两步。第一步涉及在设计软件的帮助下和通过估计作用在部件上的负载的载荷来设计转向节。第二部分在组件上进行FEA,以找出诱导的应力和变形。这将有助于优化指关节。分析完成后,可以通过去除诱导应力低的材料来优化转向节。

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