권호 표지

Fire Science and Engineering (한국화재소방학회논문지)

Korean Institute of Fire Science and Engineering

  • Bimonthly
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  • 2765-060X(pISSN)
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  • 2765-088X(eISSN)

Domain

  • Machinery ＞ Disaster Prevention and Safety Machines

Aim & Scope

Fire Science & Engineering (FSE) is the official journal of Korean Institute of Fire Science & Engineering (KIFSE). The journal classifies research into the following main fields within the fire science and engineering: - Fire chemistry and physics - Fire dynamics - Detection and suppression system - Evacuation and human behavior - Fire safety design & management - Assessment of fire risk - Fire investigation - Fire safety legislation - Rescue and EMS - Additional fields related to fire safety Submissions from other fields of fire science and engineering, and from other areas within the fields above, are welcome. Papers are assessed only with regard to quality and their potential for fundamental and generic contribution to fire science and technology.

http://acoms.atit.co.kr:8090/ksfst/index.jsp?publisher_cd=ksfst KSCI KCI

Volume 2 Issue 1

  1. 김무한;송하영 3
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    Concrete is incombustible and has good fire resisting properties, i. e. when exposed to fire it continues to perform satisfactorily for a reasonable period of time. Nevertheless, with time and high temperature gradient, brought about the fire, causes cracking and spatting. Further deterioration and loss of strength are caused by gradual dehydration of concrete paste. This paper is aimed to make a proposal for the design and construction of reinforced concrete structures with more sufficent resistance to fire by the theoritical analysis, which is base4 on investigation of general damages by the fire and change of properties on concrete influenced by high temperature.
  2. 오창희;김화중 11
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    The success of analyzing the behavior of reinforced concrete structures at elevated temperature greatly depends on how accurately certain thermal properties, especially thermal expansion, specific heat and density thermal conductivity can be determined in a wide temperature range. In this Paper, in order to Predict the behavior of reinforced concrete structure in fire hazards thermal expansion characteristics of normal concrete are formulated through experimental investigation.
  3. 김은배 21
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    This paper deals with the optimal use of the ELB (Electric Leakage circuit Breaks) for the protection of low voltage distribution system. Since the ELB is recently used together for grounding fault while only the ground resistance was used in the past, the analysis of ELB characteristics is indispensible. By the quantitative analysis and the setting of limit the ground resistance and the ELB is derived and then the optimal use of the ELB is expected to contribute to the system protection.
  4. 양성환 29
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  5. SUGAHARA, Shinnichi 39
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  6. 박태유 59
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  7. 원종수 65
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    화재는 여러 가지 복합적인 원인에 의해서 발생하는 수가 많으며, 일단 화재를 진압하고 나면 모든 것이 잿더미화한 상태이므로 화재의 직접적인 원인을 가려내기란 극히 어려운 경우가 많다. 그러므로 화재원인을 감식하려면 화재발생 당시의 상황을 주의깊게 조사함과 동시에 과학적인 감식에 단서가 될만한 자료는 진압 후의 현장에서 조기에 수거해 놓을 필요가 있다. 여기에서는 전기배선이나 금속부에 생기는 녹아있는 흔적(이하 용흔이라 함)을 통한 감식, 통전상태의 감식 등에 대해 알아보기로 한다.
  8. 김상욱 71
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    본 강좌는 소방공학분야를 기초과정에서부터 전문성에 이르기까지 공부하는 데에 관심을 갖거나, 산발적으로 또는 부분적으로 상당한 지식은 있으나 보다 이해의 체계화를 추구하고자 하는 회원들을 위하여 연재물의 성격으로 마련된 것이다. 따라서 본 강좌는 매우 교과서적 성격으로 편집될 것이다. 본 강좌의 내용은 본 학회의 회원중 사계의 전문인들이 협동하여 적절히 번갈아 집필함으로써 향후 연재회수에 제한 없이 게재될 것이며, 관심 있는 회원들에게 다소라도 도움이 되었으면 한다.
  9. 편집실 81
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  10. 이강훈 84
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