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ADHESIVE WEAR BEHAVIOUR OF CARBIDE COMPOSITES AND TOOL STEELS

机译:碳化物复合材料和工具钢的粘合剂磨损行为

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Tallinn University of Technology, Ehitajate tee 5, 19086 Tallinn, Estonia Abstract: Abstract: The performance of hard alloys - carbide composites and tool steels (of different composition and structure) in the conditions of prevailing adhesive surface failure (complemented by SEM studies) was investigated. It was shown that hardness does not enable us to estimate wear resistance of alloys exactly. In respect to adhesive wear resistance, TiC-base cermets with a steel binder and high alloyed tool steels can compete with WC-base hardmetals.
机译:塔林理工大学,艾塔塔塔塔塔林,19086年,爱沙尼亚·塔林 调查。 结果表明,硬度使我们能够估计合金的耐磨性。 关于粘合剂耐磨性,具有钢粘合剂和高合金工具钢的TiC基础金属陶瓷可以与WC基础硬质制品竞争。

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