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Experimental Research on Grind-Hardening of 65Mn Steel

机译:65Mn钢的磨削强化实验研究

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摘要

Grind-hardening was done on 65Mn steel with a conventional surface grinder and a corundum-grinding wheel. Research was conducted to probe into microstructures and properties of the hardened layer under varied depth of cut and cooling conditions. Results show that the hardened layer does not change noticeably in their martensitic structures and micro-hardness, which is ranged between 810-870HV. When the depth of cut increases or the dry grinding technique is adopted, the hardened layer becomes thicker accordingly. Under the condition of dry grinding with the depth of cut 1.0mm, the hardened layer depth reaches 2.0mm. It can find applications in grinding and metal surface modification field.
机译:使用常规的平面磨床和刚玉砂轮对65Mn钢进行磨削硬化。进行了研究以探究在不同的切削深度和冷却条件下硬化层的微观结构和性能。结果表明,硬化层的马氏体组织和显微硬度没有明显变化,范围在810-870HV之间。当切削深度增加或采用干磨技术时,硬化层相应地变厚。在切削深度为1.0mm的干磨条件下,硬化层深度达到2.0mm。它可以在磨削和金属表面改性领域找到应用。

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