Simulation of a motor vehicle braking with the unlocked steering wheel

J. Zalewski
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Abstract

In this paper the results of a simulation of a sports vehicle’s braking maneuver in the adopted road conditions has been presented. The aim of this paper was to analyze the results and compare them with the ones obtained in the previous paper by the author, also prepared for the acceleration maneuver. At the same time considerations on the damaging effect of the road irregularities have been presented as this time no straightforward steering was included, so the vehicle could move freely. The simulated braking of the vehicle’s model started at the speed of 100 km/h and its duration was 10 s.As in the previous paper the random road irregularities had three different amplitudes which enabled analysis of vehicle’s deceleration on a different road conditions each time. Almost different profiles were also assumed for the left and the right wheels of the vehicle’s model which moved on the dry and the icy road surface.
模拟汽车在方向盘未锁定的情况下制动
本文介绍了在所采用的道路条件下对跑车制动动作进行模拟的结果。本文的目的是对结果进行分析,并将其与作者在上一篇论文中获得的结果进行比较。同时,本文还考虑了路面不规则的破坏性影响,因为这次没有直接转向,所以车辆可以自由移动。车辆模型的模拟制动以 100 公里/小时的速度开始,持续时间为 10 秒。与前一篇论文一样,随机路面不规则情况有三种不同的振幅,这使得每次都可以分析车辆在不同路面条件下的减速情况。车辆模型的左轮和右轮在干燥路面和结冰路面上行驶时的轮廓也几乎不同。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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