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Surface layers' real structure of metals exposed to inhomogeneous thermal fields and plastic deformation

机译:暴露于不均匀热场和塑性变形的金属表面层的真实结构

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Abstract. Inhomogeneous thermal fields and plastic deformation are two basic phenomena present during surface creation and substantially determine future real structure of the surface layers. In the following, a closer look will be taken at some aspects connected with real structure of milled and ground steels. Impact of end-mill speed and thickness of removed layer on grain size, macroscopic and microscopic residual stress is discussed. Possibility of prestrained surface layer in ground steel has been examined on a set of five types of steels.
机译:抽象的。不均匀的热场和塑性变形是在表面创建过程中出现的两个基本现象,并在很大程度上决定了表面层的未来实际结构。在下文中,将在与铣削和磨削钢的真实结构有关的某些方面进行仔细研究。讨论了立铣刀速度和去除层厚度对晶粒尺寸,宏观和微观残余应力的影响。已对五种类型的钢中的预应力表层在磨钢中的可能性进行了检验。

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