학술저널
High-speed machining is one of the most effective technology to improve productivity. Because of the high speed and high feed rate, high-speed machining can give great advantages for the machining of dies and molds. This paper describes on the improvement of machining accuracy in high-speed machining. Depth of cut, feed rate and spindle revolution are control factors. The effect of the control factors on machining accuracy is discussed for the results of surface roughness and machining error in Z-direction of the high speed machining.
ABSTRACT<BR>1. 서론<BR>2. 실험장치 및 실험방법<BR>3. 실험결과 및 분석<BR>4. 결론<BR>후기<BR>참고문헌<BR>
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