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关于切削半径在硬态切削中对滚子轴承内圈表面完整性的影响
注：2015.3.12发表 2015.4.23 网上发表 2015.5.6德国工程生产学术会（WGP）
分离硬态切削是用为制造高精度坚硬零件的结束过程。过去几十年，他由于更高的弹性和生产效率被认为能替代传统研磨过程。此外，硬态切削和研磨相比增加了更好的效应。过程参数像切削速度、进给量、切削轨迹影响表面区域的效果像表面粗糙度。过去几年许多研究者已经分析过这些影响。然而，他们都涉及到了一两方面表面完整性的因素。事实上由于所有研究者有不同的实验环境，这几乎是不可能去比较硬态切削对表面完整性的影响。对于总结如何去识别制造滚子轴承时伴随着增加的最佳参数数值，已经发表的研究报告都覆盖了切削速度、进给量和切削半径对主要因素（滚子轴承表面残余应力、粗糙度、微观结构和硬度）的影响。管理硬态切削测试是和分析残余应力、表面粗糙度、硬态