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Design & Weight Optimization of a Wheel Rim for Sport Utility Vehicle.

机译:越野车轮辋的设计和重量优化。

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Automobile have various parts which are important for good running of the vehicle. The most important safety components from a structural point of view are the road wheels. They are required to be lighter and more fascinating to the buyer all the time. This implies that it's important to perform a lot of accurate strength assessment on wheel styles. The wheel rim plays a major role in vehicle dynamics. This paper deals with the design and model of different wheel rims based on weight optimization and also structural analysis has been carried out. It has been compared with standard values by varying two different materials. In addition, from the obtained outputs of simulations and the weight optimization, we suggested Aluminium alloys as most suitable material for SUV. Model is created by using SOLIDWORKS software 2015 and structural analysis &; weight optimization is done by using ANSYS WORKBENCH 16.0.
机译:汽车具有各种部件,这些部件对于车辆的良好行驶非常重要。从结构的角度来看,最重要的安全组件是车轮。要求它们更轻巧,并且始终吸引买家。这意味着对车轮样式执行大量准确的强度评估很重要。轮辋在车辆动力学中起主要作用。本文基于重量优化对不同轮辋的设计和模型进行了研究,并进行了结构分析。通过两种不同的材料将其与标准值进行比较。此外,从获得的仿真结果和重量优化的结果来看,我们建议铝合金是最适合SUV的材料。通过使用SOLIDWORKS软件2015和结构分析创建模型;权重优化是通过使用ANSYS WORKBENCH 16.0完成的。

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