EDM Tool electrode EDM工具电极
tool-electrode wear 电极损耗
Tool electrode loss 工具电极损耗
micro tool electrode 微细工具电极
tool-electrode wear ratio 工具电极损耗
During EDM process, various shapes are machined through changing the position of tool electrode and work piece.
通过改变工具电极与工件之间的相对运动位置,可加工出各种复杂的型面。
参考来源 - 混粉准干式电火花加工技术研究On the self-developed equipment, tool electrode and workpiece were sequentially machined by electrochemical method. The effects of pulse on-time and voltage on the side gap of electrodes were investigated with experiments.
利用电化学腐蚀方法,在自制的电解加工机床上连续实现微细工具电极的制作和工件的加工,通过试验研究了超短脉冲的电压幅值和脉冲宽度对侧面加工间隙的影响。
参考来源 - 期刊学术社区·2,447,543篇论文数据，部分数据来源于NoteExpress
During the process, high material removal rates are obtained while the tool electrode wear is extremely small and the sub-surface is not damaged.
通过这个过程，当工具电极(阳级？)只有极小的损耗时材料便获得了了迁移速度，并且并不危害副表面。
The laws of material remove rate with tool electrode ultrasonic vibration assisted are less than that with workpiece ultrasonic vibration assisted.
实验结果表明：工具电极做超声振动时的材料去除率比工件做超声振动时的材料去除率要小；
In electric discharge milling machining (EDMM) process, the rotation of the tool electrode makes tool wear be axial symmetrical distribution, so it is possible to be compensated.
在电火花铣削加工中，由于工具电极作旋转运动，其损耗呈轴对称分布，使工具电极的补偿成为可能。
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