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A new test method to determine the fire behavior of facades with etic system

机译:一种新的测试方法,以确定具有近距离系统的外墙火灾行为

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New building high-energy efficiency requirements have introduced a significant utilization of combustible materials as thermal insulation in building envelopes and especially in facades. The damage occurring in case of fire can thus become considerable, due to greater fire spread. Risks for building occupants and unsafety for rescue team are added to social, economic, and environmental consequences. Despite the fire behavior of the single thermal insulation materials is known, the fire performance of the finished facade system is not yet predictable.This paper describes a proposal of a new medium-scale test method to evaluate the fire behavior for facades with external thermal insulation composite system (ETICS). The project aimed to identify a test protocol conceived to be repeatable, versatile, and able to provide the relevant evaluation fire hazard quantities required for performing a fire risk assessment. Furthermore, the fire hazardous quantities collected during the test could also be useful for a fire performance-based design using fire safety engineering to define building fire safety requirements, occupant evacuation systems, the safety of rescue teams intervention and for estimating residual damage on the building and the adjacent ones after the outbreak of a fire.
机译:新的建筑材料的高能量效率要求在建筑信封中具有显着利用可燃材料作为保温材料,特别是在外墙上。由于大火蔓延,火灾发生在火灾中发生的损坏变得相当大。建立救援队伍建设乘客和禁止周期的风险被添加到社会,经济和环境后果。尽管是众所周知的单热绝缘材料的火灾行为,但成品门面系统的火灾性能尚不预测。本文介绍了一种新的中型测试方法,以评估外部隔热的外墙的火灾行为的提议复合系统(ETICS)。该项目旨在识别设想的测试协议是可重复的,多才多艺,能够提供进行火灾风险评估所需的相关评估火灾危险量。此外,在测试期间收集的火灾量也可用于利用消防安全工程的基于火力性能的设计,以定义建筑物消防安全要求,乘员疏散系统,救援队干预的安全性以及估算建筑物的剩余损坏爆发火灾后的邻近。

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