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Ultrasonic Vibration and Cavitation-aided Micromachining of Hard and Brittle Materials

机译:超声波振动和空化辅助微机械,脆性材料

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This paper deals with the use of two types of ultrasonic-assisted micromachining methods for obtaining longer tool life and higher machining efficiency in the micromachining of hard and brittle materials. USV drilling is drilling that is aided by ultrasonic vibration in the direction axial to the tool. Cavitation machining is a method is aided by ultrasonic vibration of the cutting fluid. We investigated the effects of USV, cavitation, and their combination on the micro drilling of SiC. Experimental results clearly showed an improvement in tool life and a reduction in tool wear. Furthermore, the accuracy was improved.
机译:本文涉及使用两种类型的超声波辅助微加工方法,以获得较长的刀具寿命和较高的柔和和脆性材料的微机械加工效率。 USV钻孔是钻孔,通过在轴向轴向工具的方向上通过超声波振动辅助。空化加工是一种方法,通过切削液的超声波振动辅助。我们调查了USV,空化和它们对SiC微钻孔的影响。实验结果显然显示了工具寿命的改善和工具磨损的减少。此外,提高了准确性。

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