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 ...
As well known, risk is a combination of probability and consequences of an accident. In analyzing th...
In this paper, computational fluid dynamics has been used for simulating an experimental pool fire w...
In this paper, a critical comparison between model predictions obtained with the Fire Dynamics Simul...
The objective of this work is to propose an effective modeling to perform predictive simulations of ...
Computer programs developed to predict a possible fire scenario is today an important tool when work...
A historical analysis by Planas-Cuchi ‘et al’. showed that pool fires are one of the most frequent f...
This report describes the theory of the Enclosed Pool Fire Development Model. The choice to use this...
In this work a model that reproduces the transient evaporation behaviour of pool fires during the co...
The aim of this paper is to analyse the application of the Peatross-Beyler (P&B) correlation (Fire a...
Mathematical model simulating some phenomena of the dynamical development of a pool fire. The model...
Computational fluid dynamics (CFD) is often used within performance based fire safety engineering an...
ABSTRACT A liquid pool fire evaporates the liquid fuel at a rate that is governed by heat and mass t...
In this paper we perform predictive simulations of liquid pool fires in mechanically ventilated comp...
An understanding of compartment fire behaviour is important for fire protection engineers. For desi...
This paper deals with the modelisation of the heat radiated by a pool fire occurring over a storage ...
As well known, risk is a combination of probability and consequences of an accident. In analyzing th...
In this paper, computational fluid dynamics has been used for simulating an experimental pool fire w...
In this paper, a critical comparison between model predictions obtained with the Fire Dynamics Simul...
The objective of this work is to propose an effective modeling to perform predictive simulations of ...
Computer programs developed to predict a possible fire scenario is today an important tool when work...
A historical analysis by Planas-Cuchi ‘et al’. showed that pool fires are one of the most frequent f...
This report describes the theory of the Enclosed Pool Fire Development Model. The choice to use this...
In this work a model that reproduces the transient evaporation behaviour of pool fires during the co...
The aim of this paper is to analyse the application of the Peatross-Beyler (P&B) correlation (Fire a...
Mathematical model simulating some phenomena of the dynamical development of a pool fire. The model...
Computational fluid dynamics (CFD) is often used within performance based fire safety engineering an...
ABSTRACT A liquid pool fire evaporates the liquid fuel at a rate that is governed by heat and mass t...
In this paper we perform predictive simulations of liquid pool fires in mechanically ventilated comp...
An understanding of compartment fire behaviour is important for fire protection engineers. For desi...
This paper deals with the modelisation of the heat radiated by a pool fire occurring over a storage ...
As well known, risk is a combination of probability and consequences of an accident. In analyzing th...
In this paper, computational fluid dynamics has been used for simulating an experimental pool fire w...
In this paper, a critical comparison between model predictions obtained with the Fire Dynamics Simul...