摘要
E级方程式锦标赛车是以皮筋为驱动力的比赛用车。在初步设计过程中,通过研究影响其行进的阻力和驱动力,拟定赛车的主体结构方案。然后进行优化设计:可以考虑材料的选择来确保轻量化;尽可能地规避摩擦力;外观的设计可以考虑突破常规的3D打印技术或者进行仿生和参数化设计。最后进行赛车的测试阶段,通过橡皮筋的缠绕方式做可靠性及疲劳性实验,不断地调整以达到最优性能发挥,从而设计出一款符合大赛要求同时性能优异的赛车。
Formula-E Championship is the race cars to use rubber band as the driving force. In the preliminary design process, by studying the effects of trave/ resistance and its driving force, it is to draw up the main structure of the car. Then optimized design is done, while you can consider the choice of materials to ensure lightweight and as far as possible to avoid friction; Appearance of the design can be considered to break through the conventional 3D printing technology or bionic and parametric design. Finally, in the test stage of the car, it is by the rubber band winding way to do the reliability and fatigue experiments to continue to achieve the best performance, so as to design a match with the performance of the high performance of the car.
出处
《设计》
2015年第24期126-127,共2页
Design
