Journal of the Korea Safety Management & Science (대한안전경영과학회지)

Korea Safety Management & Science (대한안전경영과학회)
권호 표지
DOI QR코드

DOI QR Code

Improvement of fire protection equipment the opening of according to narrow the distance between buildings

건물 간 이격거리 협소에 따른 개구부 방화설비의 개선방안

  • 오택흠 (서울시립대학교 재난과학과) ;
  • 박찬석 (우송정보대학교 소방안전관리과)
  • Received : 2012.12.13
  • Accepted : 2013.03.11
  • Published : 2013.03.31
Download PDF
⟨ Previous Next ⟩

Abstract

In the case of the fire to the exterior of the building through openings, the openings of the adjacent building are exposed to the risk of combustion expanding and factors that affect the combustion in the radiant heat and direct flame. Recent five years, fire of the adjacent building indicated that incidence of the 5,134(2.27%) among total 225,934 cases occurred The damage scale of fire expanded was lower than in a single building but casualties(5.46%) and property(25.0%) damage were higher. Therefore, this study provides to analyze the operating status for fire protection equipment of fire-preventing area in the Seoul and to apply measures to improve fire protection equipment according to narrow the distance between the building openings studied.

Keywords

References

  1. Kang Yang-Suk, (2003), "The Current State of the Anti-Fire Zone and the Guidelines to Improve It", 대한국토․도시계획 학회지 국토계획 Vol.38 No.2:70-71.
  2. 김광섭, (2006), "외부 화재위험에 노출된 건물의 방호 (NFPA 80A), TRC Korea/En journal 제16호 :8-15.
  3. 김종보 저, (2002), 건축행정법 제3판, 도서출판 학우, p.66.
  4. 김홍외 5인 공저, (2004), 방화공학, 도서출판 동화 기술, pp.147-149.
  5. 권영진외 5인(편저), (2006), "건축과 화재", 도서출판 동화기술, pp.153-167.
  6. Se-Hong Min and five other people, (2012), "A Study on the Development of a Head for Prevent the Fire Spread of Exterior", 한국화재소방학회 논문지, Vol.26 No.1:113-115.
  7. 박형욱, (2001), "(A) study on the designation improvement of fire-prevention zone reference to fire-hazard factors", 홍익대학교 대학원 도시계획과, pp.6-11.
  8. 서울시정개발연구원, (2010), "서울시 도시관리계획 용도지구 재정비", pp.13-49.
  9. 소방방재청 국가화재정보시스템(www.nfds.go.kr).
  10. 소방방재청, (2010), "건축물 외장재의 수직화재 확산방지 기술개발(上)", pp.81-104.
  11. Choi In-Chang, Kim Hawy-Suh, (2005), "A Study of A Projection's Dimensions Considering Externally Venting Flames in Building", Journal of the architectural institute of Korea Vol.21 No.11:.261-268.
  12. 최인창, (2002), " (A) Study on the characstics of external flame spread by various projection's dimensions for architectural fire safety", 단국대학교 건축공학과 박사학위 논문, pp..35-42.
  13. Archibald Tewarson, (2002), " Generation of Heat and Chemical Compounds in fires", The SFPE Handbook of fire Protection Engineering(3rd Edition), National Fire Protection Quincy, MA, pp.163-170.
  14. Frederick W.Mowrer, (1998), "Window breakage Induced by Exterior fires", NIST, pp.21-40.
  15. S. Klopovic. O.F. Turan, (1998), "Flames venting externally during full-scale flashover fires; two sample ventilation cases", Fire Safety Journal, pp.117-142.