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마이크로밀링에서 피에조 구동기의 전압제어를 이용한 원주가공의 성능향상
석진우(J. W. Seok),정병묵(B. M. Chung),고태조(T. J. Ko),김희술(H. S. Kim),박종권(J. K. Park) 한국생산제조학회 2005 한국생산제조시스템학회 학술발표대회 논문집 Vol.2005 No.5
Recently, there are many studies for the micro-machining using Piezo actuator. However, because of its step by step motion, it is nearly impossible to increase the machining accuracy for a circular path. To increase the accuracy, it is well known that it is necessary the finer and synchronous movement for x-y axes. Therefore, this paper proposes a voltage control for finer movement of the actuator, and realizes a synchronous control for the x-y axes. The experimental results show that the machining accuracy is remarkably improved.
피에조 구동기의 원주가공의 성능향상을 위한 설계 및 제어에 관한 연구
김태훈(T. H. Kim),고태조(T. J. Ko),정병묵(B. M. Chung),김희술(H. S. Kim),석진우(J. W. Seok),박종권(J. K. Park) 한국생산제조학회 2005 한국공작기계학회 추계학술대회논문집 Vol.2005 No.-
Recently, there are many studies for the micro-machining using Piezo actuator. However, because of its step by step motion, it is nearly impossible to increase the machining accuracy for a circular path. To increase the accuracy, it is well known that it is necessary the finer and synchronous movement for x-y axes. Therefore, this paper proposes an adaptivecontrol for finer movement of the actuator, and realizes a synchronous control for the x-y axes. The experimental results show that the machining accuracy is remarkably improved.
마이크로 밀링에서 피에조 구동기의 전압제어를 이용한 원주가공의 성능향상
김태훈(T. H. Kim),고태조(T. J. Ko),정병묵(B. M. Chung),김희술(H. S. Kim),석진우(J. W. Seok),이지형(J. H. Lee) 한국정밀공학회 2005 한국정밀공학회 학술발표대회 논문집 Vol.2005 No.10월
Recently, there are many studies for the micro-machining using Piezo actuator. However, because of its step by step motion, it is nearly impossible to increase the machining accuracy for a circular path. To increase the accuracy, it is well known that it is necessary the finer and synchronous movement for x-y axes. Therefore, this paper proposes an adaptive control for finer movement of the actuator, and realizes a synchronous control for the x-y axes. The experimental results show that the machining accuracy is remarkably improved.
피에조 구동기의 원주가공의 성능향상을 위한 설계 및 제어에 관한 연구
김태훈(T. H. Kim),고태조(T. J. Ko),정병묵(B. M. Chung),김희술(H. S. Kim),석진우(J. W. Seok),박종권(J. K. Park) 한국생산제조학회 2005 한국생산제조시스템학회 학술발표대회 논문집 Vol.2005 No.10
Recently, there are many studies for the micro-machining using Piezo actuator. However, because of its step by step motion, it is nearly impossible to increase the machining accuracy for a circular path. To increase the accuracy, it is well known that it is necessary the finer and synchronous movement for x-y axes. Therefore, this paper proposes an adaptivecontrol for finer movement of the actuator, and realizes a synchronous control for the x-y axes. The experimental results show that the machining accuracy is remarkably improved.
피에조 구동기의 마이크로 밀링에서 적응제어를 이용한 원주가공의 성능향상
정병묵(B. M. Chung),고태조(T. J. Ko),석진우(J. W. Seok),김회술(H. S. Kim),박종권(J. K. Park) Korean Society for Precision Engineering 2006 한국정밀공학회지 Vol.23 No.1
Recently, there are many studies for the micro-machining using Piezo actuator. However, because of its step-by-step motion, it is nearly impossible to increase the machining accuracy for a circular path. To increase the accuracy, it is well known that it is necessary the finer and synchronous movement for x-y axes. Therefore, this paper proposes an adaptive control for finer movement of the actuator, and realizes a synchronous control for the x-y axes. The experimental results show that the machining accuracy is remarkably improved.
마이크로밀링에서 피에조 구동기의 전압제어를 이용한 원주가공의 성능향상
석진우,정병묵,고태조,김희술,박종권 한국공작기계학회 2005 한국공작기계학회 춘계학술대회논문집 Vol.2005 No.-
Recently, there are many studies for the micro-machining using Piezo actuator. However, because of its step by step motion, it is nearly impossible to increase the machining accuracy for a circular path. To increase the accuracy, it is well known that it is necessary the finer and synchronous movement for x-y axes. Therefore, this paper proposes a voltage control for finer movement of the actuator, and realizes a synchronous control for the x-y axes. The experimental results show that the machining accuracy is remarkably improved.