다른 사람들 의견

• 쟈토 (12-10-08 22:14)

    <a href=http://cafe.naver.com/techno119/2631에 target=_blank>http://cafe.naver.com/techno119/2631에</a> 들어가셔서 첨부파일 보시면 '진동에 의한 잔류응력 제거기술'이라는 논문 형식의 자료가 있네요.
  
  저도 관심있어 읽어봤는데 예전부터 상용화되었다고는 합니다.
  아래는 위 자료의 참고문헌들입니다. 필요한것만 읽어보셔도 될듯..
  
  1. Shen W., Chen W. and Zhen S. : “Explosive relieving of residual welding stresses”, Society for Experimental Mechanics, Inc., 7School St., Bethel, CT 06801, USA, 1994, Proceedings of the fourth International Conference on Residual Stress.
  
  2. Leonard Mordfin, “Mechanical Relaxation of Residual Stress”, ASTM STP 993.
  
  3. Lie, G.K.”Study on new technology of VSR for special large and heavy duty steel structure”, Metallurgical equipment (China) (2), Apr. 1990, 45~49
  
  4. Valsenko V.L., Senyukov V.L., “Study of static stress relaxation in Cr-Ni steel specimens under cyclic loading”, Academy of Sciences of the Ukrainian SSR Probl. Prochn., (3), Mar. 1990, 39~42
  
  5. Movchan V. I., Kovzel A.S. “Relaxation of residual stresses during ultrasonic treatment”, Metalloved Term. Obrab. Met. (6), 1989, 57~60.
  
  6. Robakowski T. “Energy aving technologies for the manufacture of welded structures”, Polish Welding Institute, Welding International, 5, (4), Apr. 1991, 262~264
  
  7. 佐藤邦彦, 熔接構造要覽, 大阪大學, 1988, 57~60
  
  8. 佐藤邦彦 編, 熔接强度ハソドブツク, 理工學社, 1988, 3章
  
  9. 김훈길, 최병길, “잔류응력계측법 개발에 관한 연구” 한국기계연구원 연구보고서,UDC, “82년도 요소기술개발사업, 1982, pp629
  
  10. 사단법인 일본고압기술협회, 응력소둔(SR)위원회 編, “용접후열처리기준과 그 해설”, 일본고압기술협회규격(HPIS), 일간공업신문사, 1994, 243~255
  
  11. W.M. Wilson & C.C.Hao, Residual stresses in welded structures, welding Journal, Vol. 26 No.5 (1947), p152
  
  

  <a href=http://cafe.naver.com/techno119/2631에 target=_blank>http://cafe.naver.com/techno119/2631에</a> 들어가셔서 첨부파일 보시면 '진동에 의한 잔류응력 제거기술'이라는 논문 형식의 자료가 있네요. 저도 관심있어 읽어봤는데 예전부터 상용화되었다고는 합니다. 아래는 위 자료의 참고문헌들입니다. 필요한것만 읽어보셔도 될듯.. 1. Shen W., Chen W. and Zhen S. : “Explosive relieving of residual welding stresses”, Society for Experimental Mechanics, Inc., 7School St., Bethel, CT 06801, USA, 1994, Proceedings of the fourth International Conference on Residual Stress. 2. Leonard Mordfin, “Mechanical Relaxation of Residual Stress”, ASTM STP 993. 3. Lie, G.K.”Study on new technology of VSR for special large and heavy duty steel structure”, Metallurgical equipment (China) (2), Apr. 1990, 45~49 4. Valsenko V.L., Senyukov V.L., “Study of static stress relaxation in Cr-Ni steel specimens under cyclic loading”, Academy of Sciences of the Ukrainian SSR Probl. Prochn., (3), Mar. 1990, 39~42 5. Movchan V. I., Kovzel A.S. “Relaxation of residual stresses during ultrasonic treatment”, Metalloved Term. Obrab. Met. (6), 1989, 57~60. 6. Robakowski T. “Energy aving technologies for the manufacture of welded structures”, Polish Welding Institute, Welding International, 5, (4), Apr. 1991, 262~264 7. 佐藤邦彦, 熔接構造要覽, 大阪大學, 1988, 57~60 8. 佐藤邦彦 編, 熔接强度ハソドブツク, 理工學社, 1988, 3章 9. 김훈길, 최병길, “잔류응력계측법 개발에 관한 연구” 한국기계연구원 연구보고서,UDC, “82년도 요소기술개발사업, 1982, pp629 10. 사단법인 일본고압기술협회, 응력소둔(SR)위원회 編, “용접후열처리기준과 그 해설”, 일본고압기술협회규격(HPIS), 일간공업신문사, 1994, 243~255 11. W.M. Wilson & C.C.Hao, Residual stresses in welded structures, welding Journal, Vol. 26 No.5 (1947), p152