Pool fire is generally described as a diffusion combustion process that occurs above a
horizontal fuel surface (composed of gaseous or volatile condensed fuel) with low (∼ zero) …

In high-altitude areas, suppressing the flicker of methane laminar diffusion flame and
reducing carbon emissions simultaneously is a challenge. This paper proposes a …

Fire accidents might be caused by liquid fuel leakage, which can accumulate in a prescribed
area under the action of physical barriers. Therefore, pool fires could be of an arbitrary …

The present study aims to quantify individual contributions to turbulence-radiation interaction
(TRI) in LES of large methanol pool fires with diameters ranging from 1m to 4m. These …

Engine fire hazards in vehicles are a threat to the personnel, inducing potential fatal injuries
as well as damage to the vehicles themselves and their operational capabilities. Thus, it is …

To further reduce the combustion instability behavior in high-altitude areas, a synergistic
suppression of buoyancy-driven methane laminar diffusion flame flicker was achieved by …

Stratified swirling flames are typically formed in centrally-staged combustors of modern aero
engines. The pilot flame plays an indispensable role in stabilizing the stratified swirling …

Hydrogen-containing and hydrocarbon fuels have been widely used in industrial production.
Jet fires involving these fuels emerge frequently after leakage or explosion accidents for gas …

This work investigates the dynamics of periodically-excited vortices in swirling cold flow and
hot flame using high-speed particle image velocimetry, for three different Strouhal numbers …

This work studies the flame pulsation frequency f of free-, wall-and corner buoyant turbulent
diffusion flames. Five square gaseous burners with the burner side length of 10, 15, 20, 25 …