Edinburgh Research Archive >
Engineering, School of >
BRE Centre for Fire Safety Engineering >
BRE Research Publications >
Please use this identifier to cite or link to this item:
|Title: ||Analysis of thermal fields generated by natural fires on the structural elements of tall buildings|
|Authors: ||Capote, Jorge A|
Fletcher, Ian A
Torero, Jose L
|Issue Date: ||Oct-2006|
|Citation: ||Proceedings of the International Congress on Fire Safety in Tall Buildings, Santander, Spain. 19 October 2006|
|Abstract: ||The Windsor Tower in Madrid was involved in a major fire, on 12-13 February 2005, which
caused extensive structural damage to the upper floors of the building. This fire has provoked intense interest amongst researchers hoping to better understand the performance of concrete structures in fire. A research team integrated for Group GIDAI (University of Cantabria –Spain) and BRE Centre for Fire Safety Engineering (The Edinburgh University – UK) has begun a study with the purpose of properly characterising the fire and the performance of the structure.
The objectives of the study are (1) to analyze the fire growth conditions in order to understand
the fire propagation mechanisms between floors of the building, using computational fire modelling, and (2) to evaluate the response of the structure to the fire.
The research undertaken on the fire propagation on the 21st floor, the origin of the fire, has allowed assessment of the severity conditions reached as consequence of the fully-developed fire, due the combustion of the present flammable materials. Starting from these results, characteristic curves of heat release rate representative of the real fire have been determined, to facilitate study of the thermal attack (temperatures, heat flux, etc.) on the structural
elements. The tools used for this purpose were the Fire Dynamics Simulator (FDS) LES code, developed at the National Institute of Standards and Technology (NIST), and the SOFIE RANS code. These results will allow, in the next stages, to make use of finite element methods to obtain the corresponding thermal and mechanical state (stress and strain) of each element due to these conditions.|
|Keywords: ||Fire safety engineering|
|Appears in Collections:||BRE Research Publications|
This item is licensed under a Creative Commons License
Items in ERA are protected by copyright, with all rights reserved, unless otherwise indicated.