Fire and smoke in enclosed spaces behave differently from those in open ones. Depending on scenario dimensions, fuel and ventilation, the fire passes through different stages after ignition. Together with the performance of real experiments, the use of Computational Fluid Dynamic models can be very useful to understand fire propagation behavior. In this work, we compare numerical results with real observations and measurements. The “Fire Dynamics Simulator” (FDS), based on Large Eddy Simulation techniques, is used to reproduce some real scenarios under the same fuel and ventilation conditions. Dynamical evolution of several magnitudes such as temperature, pressure, oxygen concentration and combustion products is evaluated and discussed.Peer...
In this paper, computational fluid dynamics has been used for simulating an experimental pool fire w...
One question that often arises is whether a specialized code or a more general code may be equally s...
Obtaining grid independent results for compartment fires using a computational fluid dynamics (CFD) ...
Fire and smoke in enclosed spaces behave differently from those in open ones. Depending on scenario ...
International audienceFires in confined spaces are of major concern in fire safety engineering. Inde...
Fire experiments were designed for studying the characteristics of fires in rooms under different ve...
This paper presents a computational and experimental study of fire growth and smoke movement in larg...
The selected fire scenario corresponds to the Propagation d’un Incendie pour des Scenarios Multi-loc...
A fundamental part of fire safety engineering is dedicated to the application of numerical fire mode...
A numerical simulation of a wood fire in a natural gallery is compared with experimental data. Tempe...
The purpose of the present study is to explore and validate the efficiency and accuracy of the predi...
Abstract. The purpose of the present study is to explore and validate the efficiency and accuracy of...
This study is aimed at characterizing the dynamics of compartment fires under poorly ventilated cond...
The objective of this work is to use the Fire Dynamics Simulator (FDS) to investigate the behavior o...
The objective of this work is to use the Fire Dynamics Simulator (FDS) to investigate the behavior o...
In this paper, computational fluid dynamics has been used for simulating an experimental pool fire w...
One question that often arises is whether a specialized code or a more general code may be equally s...
Obtaining grid independent results for compartment fires using a computational fluid dynamics (CFD) ...
Fire and smoke in enclosed spaces behave differently from those in open ones. Depending on scenario ...
International audienceFires in confined spaces are of major concern in fire safety engineering. Inde...
Fire experiments were designed for studying the characteristics of fires in rooms under different ve...
This paper presents a computational and experimental study of fire growth and smoke movement in larg...
The selected fire scenario corresponds to the Propagation d’un Incendie pour des Scenarios Multi-loc...
A fundamental part of fire safety engineering is dedicated to the application of numerical fire mode...
A numerical simulation of a wood fire in a natural gallery is compared with experimental data. Tempe...
The purpose of the present study is to explore and validate the efficiency and accuracy of the predi...
Abstract. The purpose of the present study is to explore and validate the efficiency and accuracy of...
This study is aimed at characterizing the dynamics of compartment fires under poorly ventilated cond...
The objective of this work is to use the Fire Dynamics Simulator (FDS) to investigate the behavior o...
The objective of this work is to use the Fire Dynamics Simulator (FDS) to investigate the behavior o...
In this paper, computational fluid dynamics has been used for simulating an experimental pool fire w...
One question that often arises is whether a specialized code or a more general code may be equally s...
Obtaining grid independent results for compartment fires using a computational fluid dynamics (CFD) ...