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Taperness and Linear Wear Rate Analysis of High Aspect Ratio EDM Meso-Holes in Ti-6A1-4V

机译:TI-6A1-4V高纵横比EDM中孔的锥度和线性磨损率分析

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EDM using rotary tube electrode is best suited for machining high aspect ratio meso-holes in Ti-6A1-4V. In this paperwork, we have analyzed taperness and linear wear rate of the electrode for implementation of high aspect ratio EDM in drilling meso-holes. An experimental layout is prepared to use Taguchi's L 27 orthogonal array. The 300 μm brass tube electrode was selected with high accuracy for the entire experiment. Using TOPSIS the optimized input parameters (current, gap voltage, on-time, and off-time) are selected for responses such as taperness and linear wear rate among the available. By the measurement minimum, taperness of 0.0029° and linear wear rate of 1.5131 mm/sec were observed in EDM using brass tube electrodes.
机译:EDM使用旋转管电极最适合在Ti-6a1-4V中加工高纵横比Meso-孔。在本文中,我们已经分析了电极的锥形和线性磨损率,以实现钻孔中孔中的高纵横比EDM。准备实验布局以使用Taguchi的L 27正交阵列。选择300μm黄铜管电极,以高精度为整个实验。使用TOPSIS选择优化的输入参数(电流,间隙电压,准时和关闭时间),可用于可用的弯曲和线性磨损率等响应。通过测量最小,使用黄铜管电极在EDM中观察到0.0029°°和线性磨损1.5131mm /秒的线性磨损。

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