Auswirkung von Zündquellen und Systembeschaffenheit auf das Brandverhalten EPS-basierter Wärmedämm-Verbundsysteme
Author(s): |
Sven Kaudelka
Anja Hofmann-Böllinghaus Sebastian Hauswaldt Ulrich Krause |
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Medium: | journal article |
Language(s): | German |
Published in: | Bauphysik, 2015, n. 4, v. 37 |
Page(s): | 205-212 |
DOI: | 10.1002/bapi.201510023 |
Abstract: |
Influence of different ignition sources and conditions of the systems on the fire behaviour of external thermal insulating systems (ETICS).The influence of different ignition sources and conditions of the systems on the fire behaviour of external thermal insulating systems (ETICS) have been investigated experimentally. As a basis of the investigations real cases with EPS based ETICS have been analysed. The analysis showed that the fire in front of the building is the most common and critical fire scenario for these systems. These fires are often caused by waste containers. This result contradicts the former common assumption that the fire inside the building is the most critical fire scenario for ETICS. Intermediate scale experiments in the Single Burning Item (SBI) test apparatus have been performed at BAM with ETICS specimens. The render of the systems was partially damaged. The measured heat release rate of the specimens increased significantly with size and depths of the damages. Additionally results of large scale experiments with a waste container equivalent ignition source are presented and recommendations to enhance fire safety of these systems are given. |
Keywords: |
façades expanded polystyrene heat release rate design fire ET/CS external thermal insulation composite system Waste containers released heat rate plinths-based fire scenario single burning item test DIBT recommendation
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Available from: | Refer to publisher |
- About this
data sheet - Reference-ID
10072034 - Published on:
28/09/2015 - Last updated on:
28/09/2015