New Methods for Calculating the Impact Force of the Mechanical Stabilizer Bar on a Vehicle

Q1 Engineering
A. Nguyen
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引用次数: 7

Abstract

The problem of the lateral instability of the vehicle is a top concern. When the vehicle steers at high speed, it may rollover. In order to limit this situation, the solution of using the stabilizer bar is proposed. This research focuses on establishing the spatial dynamic vehicle model (10 DOF) to simulate the oscillation of the vehicle. Besides, this research has established a new method for calculating the impact force of the stabilizer bar on a vehicle. This method is very intuitive, simple, and highly accurate. The results of the research have indicated that when the vehicle has been equipped with the stabilizer bar, the roll angle of the vehicle has been reduced. At high speeds and a large steering angle, the value of the impact force of the stabilizer bar increases significantly. The value of the impact force of the stabilizer bar at the rear axle is usually larger than the front axle. The new method established in this research may be applied to other researches in the future.
计算机械稳定杆对车辆冲击力的新方法
车辆的横向不稳定性问题是最令人担忧的问题。当车辆高速转向时,可能会发生侧翻。为了限制这种情况,提出了使用稳定杆的解决方案。本研究的重点是建立空间动力学车辆模型(10自由度)来模拟车辆的振荡。此外,本研究还建立了一种计算稳定杆对车辆冲击力的新方法。这种方法非常直观、简单、准确。研究结果表明,当车辆安装稳定杆时,车辆的侧倾角减小了。在高速和大转向角时,稳定杆的冲击力值会显著增加。后桥稳定杆的冲击力值通常大于前桥。本研究建立的新方法可以应用于未来的其他研究。
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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来源期刊
CiteScore
2.90
自引率
0.00%
发文量
24
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