ISSN : 1229-6783(Print)
ISSN : 2288-1484(Online)
ISSN : 2288-1484(Online)
FMECA 기법을 적용한 건설현장 거푸집작업의 통합 안전위험성 평가 및 대응방안 마련
Integrated Safety Risk Assessment and Response Preparation on Construction Site Formwork Using FMECA Method
Abstract
Risk Assessment to list possible safety disasters and their probability and severity is the starting point foreffective safety management on construction project site. However, the safety managers in owners, constructionsupervisors, contractors, and sub-contractors still have difficulties in judging the priorities of safety activitiesand preparing responses to each potential safety disasters. Therefore, this study aimed to suggest a systematicmethod in assessing safety risk prior to commencement with the agreement of stakeholders. FMECA(failuremode effects and criticality analysis) was selected as a main assessment tool and it was modified according tothe characteristics of construction projects and trades. Each risk is, firstly, evaluated with occurrenceprobability, possible loss and impacts to projects, and detections, and then risk priority number(RPN) iscalculated. Subsequently, the managers of each stakeholder discuss the types, timing, and responsibilities ofresponses as a group decision-making process.
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Reference
1. Korea Occupational Safety & Health Agency (2009), "Safety Risk Assessment for Construction Trades." Korea Occupational Safety & Health Agency
2. Safety Technology(2012), "Year 2011 Occupational Disaster Statistics." Safety Technology, 171-6: 6-10
3. Homepage of Korea Occupational Safety & Health Agency (http://www.kosha.or.kr) (2012), "Safety & Health Information for Occupational Disaster Statistics" (Last connection on July 15th 2012)
4. Ministry of Employment and Labor and Korea Occupational Safety & Health Agency(2011), "Safety & Health Management Manual for Public Client." Korea Occupational Safety & Health Agency
5. Sun-Gu Kim, Sun-Gap Yang(1998), "A Study on the Analysis of Construction Accident Causes with F.T.A. Method." Journal of the Architectural Institute of Korea, 14-1: 417-423
6. Lougborough University and UMIST(2003), "Causal factors in construction accidents. Research Report 156." HSE.
7. Ho-Keun Hwang(2004), "Development of Model for Risk Assessment in the Manufacturing industry Using Risk Correction Factor.", Master's Thesis of Korea National University of Transportation
8. Yong-Hui Lee, Ji-Hwa Nam(2002), "A Critique on the Sfety Assessment Techniques for Product Safety." Proceedings of The Korea Society of Safety(Spring) in 2002, 503-508
9. Jung-Ho Yu, Ji-Won Song, Chang-Duk Kim(2008), "Construction Safety Management Using FMEA Technique for Selecting Priority order." Korea Journal of Construction Engineering and Management, 9-6: 185-193
10. Do-Sun Lee(2010), "Study for Reliability Improvement of Belt Type Door System Using FMECA." Master's Thesis of Seoul National University of Science and Technology
11. Hong-Hyun Kim, Ghang Lee(2007), "A Quantitative Analysis of Fatal Accidents Related to Cranes Using the FMEA Method." Journal of the Korea Institute of Building Construction, 7-3: 115-122
12. Hyun-soo Lee, Hyunsoo Kim, Moonseo Park, Kwang-pyo Lee, Sabum Lee(2009), "Construction Risk Assessment Methodology Using Site Risk Influence Factors." Korea Journal of Construction Engineering and Management, 10-6 : 117-126
13. Seong-Hwa Seo, Jong-Il Weon, Heung-Sik Woo(2011), "A Study on Reduction of Hazard Conditions on Plant Work of Steel Industry." Journal of Korea Safety Management & Science, 13-4: 61-69
2. Safety Technology(2012), "Year 2011 Occupational Disaster Statistics." Safety Technology, 171-6: 6-10
3. Homepage of Korea Occupational Safety & Health Agency (http://www.kosha.or.kr) (2012), "Safety & Health Information for Occupational Disaster Statistics" (Last connection on July 15th 2012)
4. Ministry of Employment and Labor and Korea Occupational Safety & Health Agency(2011), "Safety & Health Management Manual for Public Client." Korea Occupational Safety & Health Agency
5. Sun-Gu Kim, Sun-Gap Yang(1998), "A Study on the Analysis of Construction Accident Causes with F.T.A. Method." Journal of the Architectural Institute of Korea, 14-1: 417-423
6. Lougborough University and UMIST(2003), "Causal factors in construction accidents. Research Report 156." HSE.
7. Ho-Keun Hwang(2004), "Development of Model for Risk Assessment in the Manufacturing industry Using Risk Correction Factor.", Master's Thesis of Korea National University of Transportation
8. Yong-Hui Lee, Ji-Hwa Nam(2002), "A Critique on the Sfety Assessment Techniques for Product Safety." Proceedings of The Korea Society of Safety(Spring) in 2002, 503-508
9. Jung-Ho Yu, Ji-Won Song, Chang-Duk Kim(2008), "Construction Safety Management Using FMEA Technique for Selecting Priority order." Korea Journal of Construction Engineering and Management, 9-6: 185-193
10. Do-Sun Lee(2010), "Study for Reliability Improvement of Belt Type Door System Using FMECA." Master's Thesis of Seoul National University of Science and Technology
11. Hong-Hyun Kim, Ghang Lee(2007), "A Quantitative Analysis of Fatal Accidents Related to Cranes Using the FMEA Method." Journal of the Korea Institute of Building Construction, 7-3: 115-122
12. Hyun-soo Lee, Hyunsoo Kim, Moonseo Park, Kwang-pyo Lee, Sabum Lee(2009), "Construction Risk Assessment Methodology Using Site Risk Influence Factors." Korea Journal of Construction Engineering and Management, 10-6 : 117-126
13. Seong-Hwa Seo, Jong-Il Weon, Heung-Sik Woo(2011), "A Study on Reduction of Hazard Conditions on Plant Work of Steel Industry." Journal of Korea Safety Management & Science, 13-4: 61-69
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