This work features the suppression of buoyant, turbulent, methane-and propane-fueled
diffusion flames. Flames are stabilized above a 5× 50 cm 2 slot burner surrounded by a co …

This work seeks to support the validation of large eddy simulation models used to simulate
fire suppression. The emphasis in the present study is on the prediction of flame extinction …

The general objective of this project is to support the development and validation of large
eddy simulation (LES) models used to simulate the response of fires to the activation of …

Fire is one of the most undesirable events onboard a ship. The engine room is one of the
most critical spaces in the ship in terms of fire protection, as it includes machinery …

A systematic study was conducted to elucidate the effects of acoustic perturbations on
laminar diffusion line-flames burning in air, and to determine the conditions required to …

Burning experiments are analyzed for 29 steady burning flames using a gas burner (BRE) to
emulate condensed-phase burning of 25 mm diameter flat surface. Mixtures of ethylene and …

A fire in a compartment with limited ventilation can cause a significant pressure rise, up to
hundreds of Pascal. This is important in practice, as the pressure rise can cause damage or …

Numerical simulations are conducted to investigate the accuracy of the fire dynamics
simulator (FDS 6.0. 1) for under-ventilated enclosure fires with external flaming. The …

Water-assisted flares are used on offshore platforms and occasionally at downstream oil and
gas facilities to reduce soot and oxides of nitrogen (NO x) emissions and flame luminosity …

The main objective of this article is to investigate the capability of the flamelet progress
variable (FPV) model to capture the extinction processes observed in under-ventilated fire …