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Prediction and validation of pool fire development in enclosures by means of CFD Models for risk assessment of nuclear power plants (Poolfire) – Final Report

Van Hees, Patrick LU ; Wahlqvist, Jonathan LU ; Hostikka, Simo; Sikanen, Topi; Husted, Bjarne LU ; Magnusson, Tommy and Jörud, Fredrik (2014) 3183.
Abstract
Fires in nuclear power plants can be an important hazard for the overall safety of the facility. One of the typical fire sources is a pool fire. It is therefore important to have good knowledge on the fire behaviour of pool fire and be able to predict the heat release rate by prediction of the mass loss rate. This final report describes the state of the art within the area of pool fire modelling and the need for further development of pool fire models. As a result of the research in this project two new models are presented: one pyrolysis model and one engineering model. In the project the models were validated and pool fire experiments were included. Also a number of real case studies were incorporated to show the need for the development... (More)
Fires in nuclear power plants can be an important hazard for the overall safety of the facility. One of the typical fire sources is a pool fire. It is therefore important to have good knowledge on the fire behaviour of pool fire and be able to predict the heat release rate by prediction of the mass loss rate. This final report describes the state of the art within the area of pool fire modelling and the need for further development of pool fire models. As a result of the research in this project two new models are presented: one pyrolysis model and one engineering model. In the project the models were validated and pool fire experiments were included. Also a number of real case studies were incorporated to show the need for the development of pool fire models. (Less)
Please use this url to cite or link to this publication:
author
organization
publishing date
type
Book/Report
publication status
published
subject
keywords
Fire, nuclear power plants, pool fires, modelling
volume
3183
pages
96 pages
publisher
Lund University
ISSN
1402-3504
language
English
LU publication?
yes
id
d64ad3c2-b354-4b52-9cb0-0b191820fec4 (old id 8057766)
date added to LUP
2015-10-20 15:19:39
date last changed
2016-04-16 00:28:11
@techreport{d64ad3c2-b354-4b52-9cb0-0b191820fec4,
  abstract     = {Fires in nuclear power plants can be an important hazard for the overall safety of the facility. One of the typical fire sources is a pool fire. It is therefore important to have good knowledge on the fire behaviour of pool fire and be able to predict the heat release rate by prediction of the mass loss rate. This final report describes the state of the art within the area of pool fire modelling and the need for further development of pool fire models. As a result of the research in this project two new models are presented: one pyrolysis model and one engineering model. In the project the models were validated and pool fire experiments were included. Also a number of real case studies were incorporated to show the need for the development of pool fire models.},
  author       = {Van Hees, Patrick and Wahlqvist, Jonathan and Hostikka, Simo and Sikanen, Topi and Husted, Bjarne and Magnusson, Tommy and Jörud, Fredrik},
  institution  = {Lund University},
  issn         = {1402-3504},
  keyword      = {Fire,nuclear power plants,pool fires,modelling},
  language     = {eng},
  pages        = {96},
  title        = {Prediction and validation of pool fire development in enclosures by means of CFD Models for risk assessment of nuclear power plants (Poolfire) – Final Report},
  volume       = {3183},
  year         = {2014},
}