Abstract
The motive of this study is developed with an analysis of the mechanism of ultrasonic cutting and experimental results by using the single cutting tool that vibrates to the traverse direction. Af first, in this report, this ultrasonic cutting is considered. In this ultrasonic cutting, the cutting resistance is decreased and the cutting ratio is increased compared the conventional cutting. But, owing to the ultrasonic friction between the tool-edge and the work peice, high temperature is occured at the tool-edge and, in early cutting time, wear of the tool is induced. It will be performed smoothly by using a grinding wheel instead of this single cutting tool and obtained the efficient effects.
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