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Wear of nano-structured carbide-free bainitic steels under dry rolling-sliding conditions

机译:纳米结构无碳化贝氏体钢在干轧滑动条件下的磨损

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摘要

Specially designed steels with carbon contents from 0.6 to 1.0 wt% were isothermally transformed at very low temperatures, between 220 and 270 °C, in order to obtain a nano-structured bainitic microstructure. It is shown that the wear resistance in dry rolling–sliding of these nano-structured steels is significantly superior to that of bainitic steels transformed at higher temperatures with similar hardness values. In addition to the highly refined microstructure, the transformation under strain to martensite (TRIP effect), contributes to the plasticity of the nano-scaled steels, increasing surface hardness during testing, thus reducing the wear rate
机译:为了获得纳米结构的贝氏体微观结构,对碳含量为0.6至1.0 wt%的特殊设计的钢在极低的温度(220至270°C)之间进行了等温转变。结果表明,这些纳米结构钢在干轧滑动中的耐磨性明显优于在较高温度下以相似硬度值转化的贝氏体钢。除了高度精细的微观结构外,在应变作用下转变为马氏体(TRIP效应),有助于纳米级钢的可塑性,增加了测试过程中的表面硬度,从而降低了磨损率

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