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Elasto-kinematics design of an innovative composite material suspension system

机译:创新的复合材料悬架系统的弹性运动学设计

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摘要

In this paper, a lightweight suspension system for small urban personal transportation vehicle is presented. A CFRP (Carbon fiber reinforce polymer) beam spring has been used to efficiently integrate the functions of suspension control arm and anti-roll bar. Composites materials were chosen to tailor the required behavior of the beam spring and to reduce the weight. Furthermore, larger space for engine compartment has been provided thanks to the compact arrangement of beam suspension components. This suspension could be installed on electric/hybrid vehicles and conventional automobiles.
机译:本文提出了一种用于小型城市个人运输车辆的轻型悬架系统。 CFRP(碳纤维增强聚合物)梁弹簧已用于有效整合悬架控制臂和防倾杆的功能。选择复合材料来调整梁弹簧所需的性能并减轻重量。此外,由于梁悬挂组件的紧凑布置,为发动机舱提供了更大的空间。该悬架可以安装在电动/混合动力车辆和常规汽车上。

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