For more than five years (2006–2011), the OECD/NEA/CSNI PRISME fire research program
were conducted in an international framework. It dealt mainly with smoke and heat …

Liquid pool fires in a well-confined ship cabin are experimentally studied. The experimental
results showed that the fuel consumption ratio remains stable in the oxygen-lean mode in …

A validation study on the fire dynamics simulator (FDS) model for fire scenarios with multiple
liquid pool fires occurring in multiple compartments was performed. For fire growth in the …

Use of computational fluid dynamics (CFD) software packages within fire performance
based engineering and risk assessment is increasing substantially. An important part in the …

Ullage height (the distance between the fuel surface and the pool upper rim) is one of the
most important and widely recognized factors that affect the burning rate and heat transfer of …

Cable fires are one of the main fire hazards in nuclear power plants. As part of the cable fire
spreading (CFS) campaign of the OECD PRISME‐2 programme, 3 real‐scale cable tray fire …

This study concerns the under-ventilated combustion regimes of a fire scenario in
mechanically ventilated enclosures. Using the theoretical approach of the well-stirred …

The present work deals with an experimental and numerical investigation of an elevated
pool fire scenario in a confined and forced ventilated compartment. Although often …

The paper presents an experimental study on burning behavior of small scale pool fires
under different oxygen concentrations. This work is motivated by the importance of oxygen …

Progress in fire safety science strongly relies on the use of Computational Fluid Dynamics
(CFD) to simulate a wide range of scenarios, involving complex geometries, multiple …