Field-scale physical modelling of grassfire propagation on sloped terrain under low-speed driving wind
J Innocent, D Sutherland, K Moinuddin - Fire, 2023 - mdpi.com
Driving wind and slope of terrain can increase the rate of surface fire propagation. Previous
physical modelling under higher driving wind (3–12.5 m/s) on slopes (Innocent et al., IJWF …
physical modelling under higher driving wind (3–12.5 m/s) on slopes (Innocent et al., IJWF …
Numerical Simulation of Wildfire Spread in Inclined Trenches
Y Wang, R Huang, F Xu, J Jia, Y Ji - Fire Technology, 2024 - Springer
The effects of the slope and the trench inclination on the spread of wildfires with a
homogeneous fuel bed in inclined trenches, were studied numerically by Fire Dynamics …
homogeneous fuel bed in inclined trenches, were studied numerically by Fire Dynamics …
Experimental and Numerical Study of the Trench Fire Spread Rule over a Sloped Uniform Fuel Bed: Rate of Fire Spread, Flame Morphology, and Heat Flux
Y Wang, R Huang - Fire, 2023 - mdpi.com
Trench fires on sloped terrain are always complicated due to the corresponding flame
dynamics and heat transfer mechanisms. Flame attachment may increase the rate of fire …
dynamics and heat transfer mechanisms. Flame attachment may increase the rate of fire …