• 방재기술
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• 통권9호
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• pp.47-51
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• 1990

• 방재기술
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• 통권24호
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• pp.54-63
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• 1998

• 방재기술
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• 통권19호
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• pp.39-43
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• 1995

• 방재기술
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• 통권8호
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• pp.67-77
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• 1990

• 방재기술
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• 통권6호
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• pp.49-52
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• 1989

• 방재기술
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• 통권7호
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• pp.54-59
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• 1990

• 한국콘크리트학회:학술대회논문집
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• 한국콘크리트학회 2006년도 추계 학술발표회 논문집
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• pp.633-636
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• 2006

High-rise and large size buildings require high strength concrete and steel structure as a necessity. However, high strength concrete and steel structure are strong material but have a weakness to high temperature. Therefore, fire protection is a matter that must be considered very importantly in design for structure of high strength concrete and steel. Fire proof board that is existing method for fire proof has relatively low performance in fire protection emphasizes the need of new fire protection material due to the using of in numerable inflammables like plastics. The objective of this study is to understand the fire-resisting performance of newly developed fire protection material for building. This paper describes the results of fire tests using ISO curve that is fire protection regulation for buildings of the newly developed cementitious fire protection coating material applied concrete tunnel lining specimens.

• 한국화재소방학회논문지
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• 제22권1호
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• pp.115-127
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• 2008

소방법 제정 당시부터 건축물의 화재예방을 위해 방화관리제도가 도입되어 운영해 오고 있으나, 화재로 인한 피해는 끊이질 않고 있는 실정이다. 본 연구는 특정소방대상물의 화재예방차원에서 방화관리제도의 향상을 위한 개선방안을 제시하는데 중점을 두었다. 현재 방화관리제도는 관리적 제도적 측면에서 여러 가지 문제점을 나타내고 있다. 이를 개선하기 위해 특정소방대상물을 통합적으로 관리할 수 있는 법령개편과 민간소방전문기관의 설립을 통한 통합방화관리체제구축, 교육환경개선 및 방화관리자 자격기준과 교육강화 등 방화관리자교육제도의 개편, 효율적인 방화관리 운영을 위해 방화관리대상물의 종합관리 전산시스템을 구축하여야 한다.

• 한국화재소방학회:학술대회논문집
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• 한국화재소방학회 2007년도 추계학술논문발표회 논문집
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• pp.153-157
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• 2007

• 한국화재소방학회:학술대회논문집
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• 한국화재소방학회 1997년도 International Symposium on Fire Science and Technology
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• pp.423-438
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• 1997

Today's building and fire prevention codes are mostly prescriptive. Prescriptive codes are based on major fires in earlier years that created a need for specific building provision. These codes provide a minimum level of safety. As the general and engineering uses of computers have increased over the years, so has use of computers in the fire protection engineering. This has allowed fire protection engineers to develop alternative approaches to solve today's fire protection problems or to evaluate the performance of a specific fire safety goal. A performance based approach to building and fire codes involves the following: 1) identifying specific goals, such as, safely getting out of the building in 10 minutes, 2) obtain conceptual approval from authorities, 3) define performance level, 4) develop design solutions and identify tools such as, fire tests, models, or methods, to demonstrate that a design will meet the fire protection objective 5) test solutions, 6) present test method and results to the authorities. Some people in the fire protection community consider this to be nothing more than an intellectual exercise, while the others view it as a way to reduce expenses on large project$^4$ Others in fire protection community view this as a way to refine the design process to design fire protection systems to better protect the fire hazards. This paper will focus on application of these tools, specifically computer fire models, to actual cases such as: design of a smoke control system heat transfer analysis and egress of building occupants during potential fires.