Fires frequently contribute to aircraft accidents, leading to significant damage, injuries, and
fatalities. Nevertheless, the increasing complexity of modern large aircraft structures, along …

Many natural gas combustion devices work under non-atmospheric pressure, and the
pressure has a significant impact on the combustion process. In order to promote the …

The results of a series of bench-scale pool fire experiments to explore the burning
characteristics under a sealed environment are presented in this work. Although the oxygen …

This work studies the buoyant turbulent diffusion flame characteristics considering various
flame intermittent levels and mean flame projection area. Although many investigations have …

A dynamic combustion period occurs after the liquid fuel ignition, but the combustion
mechanism is complicated and unclear due to dynamic heat transfer between the fuel and …

Floating-roof tanks are widely used in chemical parks and in case of fires, it is common to
form pool fires with varying ullage height. This paper is aimed at examining experimentally …

In this paper, the suppression effects of non-premixed inert gas (N 2, CO 2) on hydrogen-air
explosion behaviors are experimentally studied. The effects of N 2 and CO 2 addition on …

Potential pool fire hazards due to the leakage of combustible liquid chemical materials
during storage and transportation pose a threat to process safety in the process industry. A …

Liquid pool fires may represent the initiating fire hazard in many risk assessments
associated with industrial plants. As real industrial fire scenarios generally include …

For a typical thermal runaway process of uncontrolled energy release, pool fires are typically
associated with the safety of energy application in modern production and life. In order to …