A Study on the Application Scheme of Fire Identification Considering the Heat Release Rate Characteristics of Inflammable Material

Kang, Jung-Ki; Oh, Jin-Hee; You, Woo-Jun; Ryou, Hong Sun; Choi, Donmook

doi:10.7731/kifse.2014.28.6.052

Cited by 2 publications

(1 citation statement)

References 4 publications

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“…They lack natural water sources and there is no way to transport water to put out fires because of traffic obstacles,. Moreover, Mount Wutai is in an area with a cold and low temperature, which means the natural water source is frozen in winter, and there is a serious shortage of water for fire fighting [10]. In addition, the terrain is complex.…”

Section: Geographical Featuresmentioning

confidence: 99%

Analysis of fire risk and fire prevention of architectural heritage: A case study of mount wutai in China

2023

ACE

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As precious historical and cultural heritages in China, ancient architecture belongs to non-renewable resources. However, in recent years, fires in ancient buildings occurred from time to time, causing irreparable losses to Chinas precious historical and cultural heritage. In order to explore the existing problems of fire safety in ancient buildings and better prevent fire accidents, this paper starts with an introduction of the structural characteristics of ancient buildings in China, and then, on the premise of combining the characteristics of geographical culture, architectural structure, and materials of Wutai Mountain temple group, the paper also analyzes the fire risk of ancient buildings. According to the practical work experience in fire protection of Mount Wutai, feasible and reasonable fire protection measures of ancient buildings are put forward, including the enhancement of fire resistance of building materials, the related equipment and system, and the safety management, so as to minimize the fire risk and fire loss and achieve the purpose of protecting gorgeous ancient building civilization.

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Section: Geographical Featuresmentioning

confidence: 99%

Analysis of fire risk and fire prevention of architectural heritage: A case study of mount wutai in China

2023

ACE

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An Experimental Study on A Flammable Liquid Appraisal Technique through Fire Cases: Focusing on the Height of Flame Depending on the Accelerants

Park¹

2018

J. Korean Soc. Hazard Mitig

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In order to verify the flame heights of tiny fire sources, this study analyzed the height of the flame in the fire ignited in an ashtray. In this regard, the values measured in a reproduction experiment were compared with the mean flame height, as suggested by Heskestad and are applicable in the range of turbulence of spontaneous fire. For the reproduction experiment, flammable liquids (ethyl alcohol and gasoline) and combustibles (absorbent cotton and cigarette butt) were put into the ashtray as variables. As a result and as per the Heskestad formula, the height of the flame was 0.8 m when there was only a cigarette butt, and it was 3.43 m when a flammable liquid was included. In conclusion, the fire reproduction experiment showed that only a cigarette butt and the flammable liquid were the individual variables, with large differences in the height of the flame.

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A Study on the Application Scheme of Fire Identification Considering the Heat Release Rate Characteristics of Inflammable Material

Cited by 2 publications

References 4 publications

Analysis of fire risk and fire prevention of architectural heritage: A case study of mount wutai in China

Analysis of fire risk and fire prevention of architectural heritage: A case study of mount wutai in China

An Experimental Study on A Flammable Liquid Appraisal Technique through Fire Cases: Focusing on the Height of Flame Depending on the Accelerants

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