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Wear and Friction Behavior of Friction Pairs Tested with Different Types of Grey Cast Iron and Low Met Friction Material

机译:用不同类型的灰色铸铁和低达摩擦材料测试摩擦对的磨损和摩擦行为

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摘要

Wear and friction behavior of disc brakes are important properties of disc brake systems and are mainly addressed by appropriate selection and tuning of friction material. Disc material composition is often considered as "given". The most common material used for brake discs is grey cast iron which can have carbon content between 2.5 to 4.2 percent. It is difficult to find in literature investigations related to the influence of cast iron material in combination with modern low-met friction material on wear and friction performance of disc brakes. In this work, the author will try to analyze impact of brake disc material properties on wear and friction performance.
机译:盘式制动器的磨损和摩擦行为是盘式制动系统的重要特性,主要通过适当的选择和调整摩擦材料来解决。盘材料组合物通常被认为是“给定”。用于制动盘的最常见的材料是灰铸铁,可具有2.5%至4.2%之间的碳含量。难以找到与铸铁材料的影响与现代低满足摩擦材料相结合的文献调查,与圆盘制动器的磨损和摩擦性能相结合。在这项工作中,作者将尝试分析制动盘材料特性对磨损和摩擦性能的影响。

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