微车刀抗磨损表面仿生微结构制备与性能评价

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1、目录摘要ABSTRACT目录第一章绪论............................................................................................................................11.1高速切削技术...................................................................................................................11.2高速微切削国外与国内发展现状...

2、................................................................................31.3非光滑技术国外与国内发展情况...................................................................................41.4本文的主要研究内容...............................................................................................

3、........5第二章基于常规表面微型车刀高速微切削试验................................................................72.1试验方案...........................................................................................................................72.2试验条件.........................................................

4、..................................................................72.3试验结果与分析.............................................................................................................102.4本章小结..............................................................................................

5、...........................17第三章表面微孔织构刀具高速微切削试验......................................................................193.1微细电火花加工技术.....................................................................................................193.2微孔织构刀具的制备...........................................

6、..........................................................203.3微孔织构刀具高速微切削试验研究.............................................................................243.4本章小结.........................................................................................................................35第四

7、章表面微沟槽织构刀具高速微切削试验..................................................................374.1激光加工技术.................................................................................................................374.2微沟槽织构刀具的制备............................................