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리어 사이드 멤버 패널 교환 및 수리를 위한 최적의 정비 기법에 대한 연구

A Study on the Optimal Maintenance Techniques for Rear Side Member Panel Replacement and Repair

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참고문헌

키워드

주제분류기계공학

초록

This paper proposes a standardized vehicle body repair manual for vehicles with major damage to the rear side members caused by rear-end collisions. The manual is used to refine the vehicles. Typical work involves replacing large traffic accident modes with new members or modifying and aligning existing members. If repairs are made for various reasons, the members should be attached based on the body of a new vehicle. Unlike new vehicle members, the accident vehicle repair process depends heavily on the operator's skilled skills (i.e., the performance, purpose, level, and quality of the body replacement work due to the nature of the vehicle body replacement work). When repairing or replacing a rear side member of a body repair, three methods of operation are applied because the damage and deformation vary depending on the object of the other party, although the degree of damage varies. There is no standardized manual for side member over-hole replacement, partial replacement, or partial modification, since these repair methods vary depending on the operator's thoughts and angle of view. Therefore, customers should use standardized vehicle repair manuals to ensure that their vehicle receives the same repair when damaged. This study is expected to develop a standardized vehicle repair manual to reduce the drop in used market prices after replacement or repair of rear side members at vehicle repair plants.

Abstract

This paper proposes a standardized vehicle body repair manual for vehicles with major damage to the rear side members caused by rear-end collisions. The manual is used to refine the vehicles. Typical work involves replacing large traffic accident modes with new members or modifying and aligning existing members. If repairs are made for various reasons, the members should be attached based on the body of a new vehicle. Unlike new vehicle members, the accident vehicle repair process depends heavily on the operator's skilled skills (i.e., the performance, purpose, level, and quality of the body replacement work due to the nature of the vehicle body replacement work). When repairing or replacing a rear side member of a body repair, three methods of operation are applied because the damage and deformation vary depending on the object of the other party, although the degree of damage varies. There is no standardized manual for side member over-hole replacement, partial replacement, or partial modification, since these repair methods vary depending on the operator's thoughts and angle of view. Therefore, customers should use standardized vehicle repair manuals to ensure that their vehicle receives the same repair when damaged. This study is expected to develop a standardized vehicle repair manual to reduce the drop in used market prices after replacement or repair of rear side members at vehicle repair plants.

참고문헌 (8)

  1. Lee, D. P, "Nosie Monitoring System of Manufacturing Metal Materials", Korean Society of Mechanical Technology, pp.1~5 (2020)
  2. "Measuring the work environment –Three major harmful factors, NCS Education textbook(LM1506030512_14v2; Machine, Automobile manufacturing, Automobile maintenance, Car paint Learning module;12, Management of painting work environment P-3-1)"[URL]
  3. "Purpose of coloring”, NCS Education textbook(LM1506030506_ 14v2; Machine, Automobile Manufacturing, Automobile maintenance, Car paint Learning module; 04 Coloring P-124-6)"[URL]
  4. "Maintenance Manual of Hyundai Motor"[URL]
  5. "Service Manual of Hyundai Motor Service"[URL]
  6. "825 University Avene, Norwood, MA 02062-2643 Tel:(800)473-7838 Email: service-request@instron.com", ~
  7. "Purpose of coloring, NCS Education textbook(LM150603506_14v2; Learning Modules for Machinery, Car Management, Used Car Depreciation Factors and Price ldentification; 09 Coloring (P-19-7.2)"[URL]
  8. 권익형, "SPR 접합을 적용한 이종소재 인장 전단에 관한 에이프론과 사이드 멤버 수리 기술연구", 한국기계기술학회지, 25(1), pp.6~10 (2023), 한국기계기술학회[DOI]

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