Research on Brake Pad Fault Early Warning Method Based on Finite Element Temperature Field

Fei Gao, Kai Ma, Moli Wang
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Abstract

As one of the important components in the braking process of automobiles, brake pads play a very important role in the overall safety of automobiles. During the braking process, due to the large amount of frictional heat generated during the braking process, the anti-skid material on the surface will be continuously consumed. Therefore, the brake pads will gradually become thinner until they are excessively worn, thus affecting the stability of the automobile braking system, which is very harmful to driving safety. Therefore, in this paper, the finite element temperature field of the brake pad is modeled, and the state of its failure is considered from the computer program system. Through the system program, the fault characteristics during the braking process of the brake pads are depicted, that is, use the indicators of the programming language to describe the characteristic types of brake pad failures in detail to achieve the relevant purpose of early warning for brake pad failure.
基于有限元温度场的刹车片故障预警方法研究
刹车片作为汽车制动过程中的重要部件之一,对汽车的整体安全起着非常重要的作用。在制动过程中,由于制动过程中产生的大量摩擦热,会不断消耗表面的防滑材料。因此刹车片会逐渐变薄,直至过度磨损,从而影响汽车制动系统的稳定性,对行车安全非常有害。因此,本文建立了刹车片的有限元温度场模型,并从计算机程序系统的角度考虑刹车片的失效状态。通过系统程序对刹车片制动过程中的故障特征进行描绘,即利用编程语言的指标对刹车片故障的特征类型进行详细的描述,达到对刹车片故障进行预警的相关目的。
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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