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Cold wear of brake disc related to brake Induced vibrations

机译:制动盘的冷磨损与制动器相关引起的振动

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摘要

The cold wear of brake disc is a phenomenon related to judder and other kinds of vibrations. The mechanism and the parameters concerning the cold wear of the disc are the basis for the comprehension of the sources of brake induced vibrations. As a continuation of prior research, a tribometric study was conducted with different disc materials: grey cast iron and inox steel. The wear rates of the above materials were measured at different pressure levels and with the same initial temperature. A parametric model was developed to correlate disc thickness variation (DTV) measurements of the different friction couples with variables affecting DTV. The final model of disc cold wear takes an easy form compatible with the proposed mechanism of wear. The balance among oxide layer-transfer, layer growth and heterogeneous wear is determinant for DTV formation and consequently, brake induced vibrations.
机译:制动盘的冷磨损是与颤动和其他类型的振动有关的现象。有关制动盘冷磨损的机制和参数是理解制动引起的振动源的基础。作为先前研究的延续,对不同的盘片材料(灰铸铁和Inox钢)进行了摩擦学研究。以上材料的磨损率是在不同的压力水平和相同的初始温度下测量的。开发了一个参数模型,以将不同摩擦副的盘厚度变化(DTV)测量值与影响DTV的变量相关联。圆盘冷磨损的最终模型采用与建议的磨损机制兼容的简单形式。氧化物层转移,层生长和非均匀磨损之间的平衡决定了DTV的形成,因此决定了制动引起的振动。

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