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    RISS 인기검색어

      냉각 공기장치에 의한 환경 친화 연삭 연구

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      https://www.riss.kr/link?id=E689529

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      다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

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      In this study the experimental and analytic investigation with cold air system has been performed for improving the working environment of the conventional grinding fluid. Very simple cold air system was developed which could replace by the conventional grinding fluid system. The identification of heat of grinding zone is very important for precision grinding. The experimental data was analysed to investigate the heat which was transferred to the workpiece. It was found that 45~55% of the total energy for dry grinding, 22~28% for wet grinding. and 32~35% for cold air system are conducted to the workpiece in grinding with cubic boron nitride wheel. Cubic boron nitride wheel could reduce the residual stress and thermal demage comparing with alumimum oxide wheel, because cubic boron nitride wheel has very high extreme thermal conductivity.
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      In this study the experimental and analytic investigation with cold air system has been performed for improving the working environment of the conventional grinding fluid. Very simple cold air system was developed which could replace by the conventio...

      In this study the experimental and analytic investigation with cold air system has been performed for improving the working environment of the conventional grinding fluid. Very simple cold air system was developed which could replace by the conventional grinding fluid system. The identification of heat of grinding zone is very important for precision grinding. The experimental data was analysed to investigate the heat which was transferred to the workpiece. It was found that 45~55% of the total energy for dry grinding, 22~28% for wet grinding. and 32~35% for cold air system are conducted to the workpiece in grinding with cubic boron nitride wheel. Cubic boron nitride wheel could reduce the residual stress and thermal demage comparing with alumimum oxide wheel, because cubic boron nitride wheel has very high extreme thermal conductivity.

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      목차 (Table of Contents)

      • 1. 서 론
      • 2. 연삭가공시 공작물에 유입되는 열량
      • 3. 장치의 구성과 성능 분석
      • 1. 서 론
      • 2. 연삭가공시 공작물에 유입되는 열량
      • 3. 장치의 구성과 성능 분석
      • 4. 실험결과 및 고찰
      • 5. 결 론
      • 6. 참고문헌
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