… a theory can unify experimental correlations for fire plumes—… An integral analysis will be
used for each plume geometry and a … fire sources of width D and (longer) length L. Turbulent …

… fires with different sizes were tested in Hefei and Lhasa. The combustion characteristics of
fire plumes… to establish a unified analysis of air pressure influences upon fire plume. The …

… fire accident investigation and scene reconstruction. This paper studies the evolutions of
wall fire plume … three fuel types, with a wall fire plume experimental platform inside a large-scale …

… Pa where P is the density of the fire plume gas and Pa is the ambient air density… fire, L can
be the average building size, while V can be estimated by L2 ∗ we, where we is the fire plume …

… for a wide range of fire plumes. The former needs a specific fire experiment while the latter
needs general experimental correlations for comparison. In the following, plume theory will be …

… to the southeast in the plumes, forming a relatively deep … fire plume is advected toward
the southeast even after the cold front has passed the burning area and the direction of the fire …

… of the flame height and temperature of rectangular fire source. A unified analysis based on
an integral approach for the fire plumes of rectangular sources was performed by Quintiere …

… This paper experimentally studied the axial plume temperature profile of heptane pool fires
… in the plume region is not applicable at low-pressure conditions. The Gaussian plume model …

… the unified analysis of temperature elevation and trajectories of the fire sources with various
aspect ratios, the point fire … the behavior of fire plumes from a line fire source as listed below. …

… These studies confirm that, because of the intense turbulence, ember transport within fire
plumes is fundamentally a stochastic process. How long the ember burns for, and whether the …