Wind and fire phenomena can together be a devastating force, whether in the case of a
building fire, release of smoke in an urban area or forest fire near an urban habitat. Most of …

This paper investigates the evolution of sidewall flame morphology on inclined surfaces
subjected to crossflows. Experiments were conducted with 125 different experimental …

In historical tunnel fire accidents causing major casualties and property losses, the special
fire phenomenon of multiple fires burning was usually accompanied. Other than the …

This study presents an experimental investigation into the flame interaction and tilting
behaviors of two tandem adjacent hydrocarbon turbulent diffusion flames in crosswind …

This paper investigates the flame morphology of buoyant turbulent propane flames under
the coupling effects of inclined surfaces and horizontal crossflows. Horizontal crossflows …

This paper studies the effect of environmental wind and fuel inclined angle on concurrent
flame spread behaviors along PMMA surface. During the experiments, wind velocity varies …

When a fuel leakage/energy release (ie, combustion, fire) inside a compartment, the external
facade flame characteristics through opening are of great significance for protecting human …

The interaction of wind and fire on a sloped terrain is always complex owing to the
mechanisms of heat transfer and flame dynamics. Heating of unburned vegetation by …

This study focused on the fuel burning rate and heat transfer process under the combined
effect of wind and external radiation. Thermally thick PMMA was chosen as the …

Near-wall fires happen frequently in buildings and may ignite the solids on the wall, leading
to a rapid spread of fire. A series of experiments and numerical simulations were conducted …