Creeping fire spread under opposed airflow is a classic fundamental fire research problem
involving heat transfer, fluid dynamics, chemical kinetics, and is strongly dependent on …

In this work, experimental analysis and machine learning modeling of maximum ceiling
temperature for wall fire in longitudinally ventilation tunnels were conducted. The results …

Fire is one of the primary disasters that threaten the safe operation of tunnel and
underground space. Mass burning rate is a significant parameter in characterizing the …

In the development of a fire, all kinds of equipment in ship cabins cause flames to flow
around them, which greatly affects the combustion characteristics of the flames …

A self-developed laboratory-sized spilling trench is used to study the characteristics of
continuously spilling fire spread over n-butanol fuel under different slope angles (0°, 1°, 2° …

A car accident involving the oil tank may result in continuously spreading spill fires in
tunnels, which poses great threats to the entrapped cars. However, there is still no relevant …

The paper presents an experimental study on burning behavior of small scale pool fires
under different oxygen concentrations. This work is motivated by the importance of oxygen …

The present study experimentally investigated the non-monotonous evolutions as well as
the maximum lengths of the flame base extent (attached to the ground) and horizontal flame …

Temperature profile of thermal impingement flow beneath sloped ceiling induced by non-
isotropic gaseous fuel jet flame has not been studied before and therefore no data are …

A rectangular pool fire may be formed which is essentially affected by ambient wind in open
space. In this work, the experimental investigations of flame radiation of heptane fire in …