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학술저널

가속도 최적화 및 형상 최적화를 통한 수직 컬럼 이동형 머시닝 센터의 진동 저감에 대한 연구

  • 한국공작기계학회
  • 한국공작기계학회 논문집
  • 한국공작기계학회논문집 제17권 제1호
  • 2008.02
    34 - 42 (9 pages)
  • 22
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By the reason of increased demand of high productivity and quality, the manufacturer have an effort in many directions of a machine tool industries. Among there, we proposed method of decreasing displacement in MC(machining center). In other words, Quality related with vibration of a tool cutting products. For decreasing it, improved by optimizing a shape of the column-part and acceleration curves of motors In this paper we could find design factors has much influence on decreasing the displacement using the DOE(Design of Experiments) and optimized the level of the factors using ADAMS<SUP>?</SUP> and MINITAB.<SUP>?</SUP> And we suggest optimized a acceleration curve using Matlab<SUP>?</SUP>.

Abstract<BR>1. 서론<BR>2. 실험계획법<BR>3. 컬럼 부위 최적화<BR>4. 유한 저크(Finite jerk)<BR>5. 결론<BR>후기<BR>참고문헌<BR>

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