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Characterization and experiments on the friction catastrophe behaviors of brake material during emergency braking

机译:紧急制动时制动材料摩擦突变特性的表征与实验

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摘要

Based on previous researches on the phenomena and mechanisms of Friction catastrophe (FC), the characterizing methods of the FC were established and the influences of braking conditions on the FC were investigated by experiments. It is found that the FC intensity, duration and starting time can be used for characterizing the FC, which reflects respectively the decreasing degree, velocity and critical time of the friction coefficient in FC. For short duration, the starting time is more practically valuable. With the increasing of initial braking velocity or braking pressure, the FC starting time becomes shorter while the FC intensity grows bigger. By comparison, the influence of initial braking velocity on the FC starting time is more obvious while the braking pressure affects the FC intensity more intensely. It is believed that the results must be valuable for further studies on the FC and can also provide a theoretical basis for reducing the occurrence of frictional failure of friction brakes. (C) 2015 Elsevier Ltd. All rights reserved.
机译:在对摩擦突变现象和机理的研究基础上,建立了摩擦突变的表征方法,并通过实验研究了制动条件对摩擦突变的影响。发现FC强度,持续时间和起始时间可用于表征FC,其分别反映了FC中摩擦系数的减小程度,速度和临界时间。对于较短的时间,启动时间在实践上更有价值。随着初始制动速度或制动压力的增加,FC的启动时间变短,而FC的强度变大。相比之下,初始制动速度对FC启动时间的影响更加明显,而制动压力对FC强度的影响更大。相信该结果对于FC的进一步研究必须是有价值的,并且还可以为减少摩擦制动器的摩擦失效的发生提供理论基础。 (C)2015 Elsevier Ltd.保留所有权利。

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