Browse > Article

Analysis of Efficient Investment for Apartment Gang Form Work by FTA Technique  

Son, Ki-Sang (Department of safety Engineerig, Seoul National University of Technology)
Kim, Si-Ok (Hyundai Engineering & Construction Corporation)
Publication Information
Journal of the Korean Society of Safety / v.17, no.1, 2002 , pp. 87-93 More about this Journal
Abstract
In this thesis using FTA technique, the author proposes a new method of analysis of some accidents in construction work. Some efficient plans of safe facility investment are made out. For this study, I referred to 'The Death Accident in Construction Works', which have been published by Korea Industrial Safety Corporation from 1993 to 1999 for 6 years. I selected some of apartment constructions which have caused many deaths for the purpose of analysis in the study. I found that the concrete work using ferro-deck takes more deaths than the conventional construction. After finding this, I selected GANG FORM works using ferro-concrete which is the most widely used but causes many accidents. On the basis of the classification, I try to do some quantitative analyses by adding the death frequency and material factors. In order to draw up the most efficient investment plan, it is imperative that FT diagram be made out and that factors. In order to draw up the most efficient investment plan, it is imperative that FT diagram be made out and that minimal Cut Set be needed. It requires a great deal to labor and time to get Minimal Cut Set. The Minimal Cut Set which is formed of these process is the main factor to analyze disaster in the work. It is desirable that we add calculated percentage of accidents to these factors to these factors in value order, that is to say, from the high cost to low cost.
Keywords
gaug form; FTA; FT diagram; minimal cut set; disaster; efficient investment;
Citations & Related Records
연도 인용수 순위
  • Reference
1 Brown, D. B, 'System Analysis & Decision for safety,' Prentice Hall, 1976
2 노동부, '연간 재해분석현황,' 노동부편람, 1993-2000
3 Fussell, J. B, Powers, G. J & Bennette, 'Fault Tree-A state of the Art Discussion,' IEEE Trans. Reliability, Vol. R-23, 4. 1974
4 總合安全硏究所. 'FTA 안전공학,' 동경. 總合安全工學硏究所, pp. 35~52, 1979
5 이상용, '신뢰성 공학,' 형설출판사, 1999. 9. pp.135~152
6 Ramakumar, R. 'Engineering Reliability,' PrentiCe-Hall, 1993
7 한국산업안전공단, '갱폼(Gang Fonn) 제작 및 사용에 대한 안전지침,' KOSHA CODE C-17, 1999
8 한국원자력연구소, 'Fault Tree Editor Kwtree 2.8,' 2000. 6
9 Malask, S. W, 'System Safety,' Hyden Book Com-pany, 1974
10 김두현, 김찬오 외 4, '전기안전공학,' 동화기술, 2. 1995. pp. 56~78
11 한국산업안전공단, '중대재해조사자료,' 한국산업안전공단, 1996-1998
12 고동진, '갱폼 작업시 추락재해예방 대책,' 한국산업안전공단, 2001
13 Fussell, J. B., 'A Formal Methodology for Fault Tree Construction,' Nuclear Science and Engi-neering, 1993
14 이리형, 이송, 손기상, '최신건설안전공학,' 기문당, 2001, pp. 189~210