基于离散元模拟的玻璃微铣削机理的研究

《基于离散元模拟的玻璃微铣削机理的研究》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、河北工业大学硕士学位论文throughtheKistlerdynamometer.Thisstudymayserveasfullguidanceformicro-machininginglass.Itcanalsoprovideanewwaysforresearchonmachiningmechanics.KEYWORDS:glass,micromilling,discreteelement,ball-endmilliii基于离散元模拟的玻璃微铣削机理研究目录第一章绪论......................................

2、..........................................................................................................1§1-1课题研究背景、目的以及意义.........................................................................................................1§1-2玻璃材料概述...................................

3、................................................................................................21-2-1玻璃的结构....................................................................................................................................21-2-2玻璃的性能.........................

4、...........................................................................................................21-2-3玻璃的种类和用途........................................................................................................................4§1-3玻璃微加工技术概述....................

5、....................................................................................................41-3-1玻璃件精密与超精密磨削加工....................................................................................................41-3-2玻璃超精密研磨、抛光........................................

6、........................................................................51-3-3玻璃材料的精密和超精密切削....................................................................................................5§1-4玻璃微铣削加工国内外研究现状.................................................................

7、...................................61-4-1玻璃塑性域微铣削国内外研究现状............................................................................................61-4-2微铣削加工刀具磨损国内外研究现状........................................................................................6§1-5离散单元法.......

8、...........................................................................