Development of Evacuation Safety Verification Evaluation Model for Designation of Fire Assembly Point in the District Unit of Old Wooden Buildings

Eunsong Kang, Hwayoung Kim
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Abstract

Areas densely populated with old wooden buildings are vulnerable to fire as there is a risk of combustion diffusion among various buildings, and there is a risk of secondary damage from the outside after evacuation inside the building. According to the current domestic system, only facilities that provide relief services to temporary evacuees such as ‘temporary housing facilities’ are designated, so specific preparations and countermeasures are required. Therefore, this study tried to devise a methodology and physical standards for the application of ‘Fire Assembly Point’ in a fire evacuation situation. For this purpose, assuming that a large-scale fire in an old wooden building, it was attempted to determine suitability by checking the heat effect and CO·CO₂ concentration of the relevant area in case of a fire and checking the required safe egress time(RSET) through Pathfinder evacuation program.
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旧木结构建筑分区单元消防集合点指定疏散安全验证评价模型的建立
老木结构建筑密集的地区容易发生火灾,存在燃烧在各个建筑之间扩散的风险,并且在建筑物内疏散后存在从外部造成二次破坏的风险。根据目前的国内制度,只指定了“临时住宅设施”等为临时撤离者提供救济服务的设施,因此需要具体的准备和对策。因此,本研究试图为在火灾疏散情况下“火灾集合点”的应用设计一种方法和物理标准。为此,假设老木结构建筑发生大规模火灾,通过检查火灾发生时相关区域的热效应和CO·CO₂浓度,并通过Pathfinder疏散程序检查所需的安全撤离时间(RSET),试图确定是否适合。
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