FIRE SPREAD MECHANISM ON SURFACE OF CONSTRUCTION FIT WITH FAÇADE HEAT INSULATION BASED ON COMBUSTIBLE INSULANT AND FINISHED WITH PLASTER

R. Yakovchuk, A. Kuzyk, S. Yemelyanenko, T. Skorobagatko
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引用次数: 1

Abstract

The article is dedicated to the use of structures of external walls with facade insulation with plaster, which is widespread and popular in our country and abroad, as well as the problems associated with their fire hazard. The work of domestic and foreign researchers dealing with fire safety issues of facade systems has been analyzed. Classification of prefabricated systems of facade insulation is performed depending on the design decision, as well as on the main features in accordance with: the type of applied insulation material; a method of fastening a heat-insulating layer; composition of the base plaster layer; kind of decorative protective layer. The structure of prefabricated systems with complete sets of insulation with prefabrication of light, thick-layer plaster or fine-wares products is represented. The peculiarities of the processes that occur during combustion of the thermal insulation and finishing system of the outer walls of residential buildings are analyzed and revealed. Typical scenarios of fire spreading are presented with a surface of the design of external walls with a facade heat insulation with a fuel heater and a stucco coating. The mechanism of propagation of fire through a window opening by a surface of a facade heat insulation on the basis of foam polystyrene is described. The conclusion is made that the use of structures of exterior walls of residential buildings with facade insulation with combustible insulant and stucco coating significantly increases their level of fire hazard. This danger will depend on both the properties of individual materials (including insulant), as well as on the design features of the entire thermal insulation system and the building as a whole. For plaster systems, the thermal insulation of facades is a major threat to the rapid spread of fires on the floors above and below the building. The most common causes of thermal insulation fires is the transfer of fire from the windows during intense fire inside the rooms.
建筑表面的火灾蔓延机理与faÇade可燃绝热材料及石膏绝热材料相吻合
本文介绍了在国内外广泛流行的外墙外保温抹灰结构的使用情况,以及其存在的火灾隐患。分析了国内外学者对建筑立面系统防火安全问题的研究成果。立面保温预制系统的分类取决于设计决策,以及根据以下主要特征:应用的保温材料的类型;一种固定隔热层的方法;基层抹灰层的组成;一种装饰保护层。介绍了用轻质、厚层灰泥或精细制品预制成套保温材料的预制体系结构。分析和揭示了住宅外墙保温整理系统燃烧过程的特点。火灾蔓延的典型场景是外墙设计的表面,立面隔热,带有燃料加热器和灰泥涂层。介绍了泡沫聚苯乙烯材料外立面隔热材料表面通过窗户开口传播火焰的机理。得出结论:外墙采用可燃绝热材料和灰泥涂层的结构明显增加了住宅建筑的火灾危险性。这种危险既取决于个别材料(包括绝缘材料)的特性,也取决于整个保温系统和整个建筑的设计特点。对于石膏系统,外墙的隔热是建筑物上下楼层火灾迅速蔓延的主要威胁。隔热层火灾最常见的原因是在房间内发生强烈火灾时从窗户传递的火焰。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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