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Mechanical and microstructural investigations of nitrided Fe-Cr layers

机译:氮化Fe-Cr层的机械和微观结构研究

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Nano-indentation measurements were carried out on nitrided Fe-Cr alloys (1 and 3 wt% Cr) in order to determine local micro-mechanical properties. The method recently developed on nitrided 32CrMoV13 steel was applied to the Fe-Cr alloys. Evolution of micro-yield stress through the nitrided layer was correlated to microstructural parameters (volume fraction of CrN precipitates, diameter of precipitates, etc.) investigated and statistically analyzed by transmission electron microscopy (TEM). The results show that the mechanical behavior of the nitrided layer for both alloys studied can be described using the Orowan model of precipitation strengthening. (C) 2004 Kluwer Academic Publishers.
机译:为了确定局部微机械性能,对氮化的Fe-Cr合金(Cr含量为1和3 wt%)进行了纳米压痕测量。最近在氮化的32CrMoV13钢上开发的方法应用于Fe-Cr合金。通过氮化层的微屈服应力的演变与通过透射电子显微镜(TEM)研究和统计分析的微观结构参数(CrN析出物的体积分数,析出物的直径等)相关。结果表明,可以使用Orowan沉淀强化模型来描述两种合金的氮化层的力学行为。 (C)2004 Kluwer学术出版社。

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