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Process on Single Channel Scanning Milling of Micro-electrical Discharge Based on Integration Mechanism

机译:基于集成机制的微电放电单通道扫描铣削过程

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During the process of three-dimensional scanning milling of micro-electrical discharge, both positive and negative poles usually present as arc shape. This phenomena is called "arc shape phenomena" in this paper. This paper is to introduce erosion mechanism of electrical pulse discharged on both Typically, the hollow electrode is applied to modeling and simulation. And then real experiments will be conducted. There are two conditions for the electrode in the analysis and tests: rotating at 300 rpm and 0 rpm. Finally, the profiles of tool electrode and workpiece are provided. Results show that there are different erosion effects on both poles. It shows that the process parameters have a significant influence on the final machining results.
机译:在三维扫描研磨的微电路放电过程中,阳性和负极通常作为弧形存在。本文称这种现象称为“弧形现象”。本文通常会介绍在两者上排出的电脉冲的侵蚀机理,中空电极应用于建模和模拟。然后将进行真实的实验。在分析和测试中,电极有两个条件:以300rpm和0rpm旋转。最后,提供了工具电极和工件的轮廓。结果表明,两极都有不同的侵蚀效果。它表明,过程参数对最终加工结果具有显着影响。

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