BMW M3和雪佛兰Cavalier的动力学性能研究

Keshu Cai, Zelin Wang
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引用次数: 0

摘要

100多年来,宝马和雪佛兰一直是最大的两家汽车制造商。他们都在人类历史上为汽车工业的发展发挥了重要作用。在这个世纪,他们制造了许多传奇类型的汽车,其中最著名的两款车是M3和Cavaliers。为了了解这两种车辆的性能,我们使用了一些不同的方法来帮助我们对它们有更深入的了解。例如,我们使用一系列基本的动力学方程,数学建模,沿着计算建模来演示各种力模型的轨迹。通过分析,我们比较了不同车型的特点,得出BMW M3是带有运动基因的设计,而Cavalier则是纯粹的家用车。更重要的是,我们看到了计算建模的未来。当我们处理困难的建模问题时,它非常有帮助,因为它可以显示车辆的实际路径,并解决我们无法手工解决的数学问题。它必将在未来的制造业中发挥重要作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The study of BMW M3 and Chevrolet Cavalier’s dynamics performance
BMW and Chevrolet have been two of the biggest car manufacturers for more than 100 years. They both played an important role in human history for the development of the automotive industry. In this century, there are so many legendary types of cars that they made, and two of the most famous cars are the M3 and Cavaliers. To learn the performance of both vehicles, we use a few different methodologies to help us gain a more insightful view of them. For instance, we use a series of basic dynamic equations, mathematical modeling, along computational modeling to demonstrate the trajectories of various force models. By analyzing them, we compare the characteristics of different cars and conclude that BMW M3 is designed with sports genes, but the Cavalier is a pure family car. More importantly, we see the future of computational modeling. It is very helpful when we deal with difficult modeling questions as it could show the actual path of the vehicles and solve the math problem that we cannot solve by hand. It will definitely play an important role in the manufacturing industry in the future.
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