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 …

For the first time, a large-scale flame spread experiment was conducted inside an orbiting
spacecraft to study the effects of microgravity and scale and to address the uncertainty …

The use of flame spread models as a tool in fire safety engineering practice is subject to
uncertainties arising from the assumptions inherent in the models and the input parameters …

A forest fire susceptibility map generated with the fire susceptibility model is the basis of fire
prevention resource allocation. A more reliable susceptibility map helps improve the …

Propagation of smoldering combustion and its blow-off phenomena are of practical
importance in evaluating the fire dynamics of solid fuels, but the scientific understanding is …

Moving fires have been paid great attention by researchers in recent years, while the
behavior of this special combustion phenomenon has not been fully investigated. In this …

The paper investigates the problem of fire safety in habitable space structures. The flame
propagation over thermally destructing material is studied theoretically within the framework …

Façade fires in tall buildings are currently occurring more than once a month globally that
are responsible for many casualties and billions of dollars in losses. In particular, the tragic …

Moving fires are challenging because of their aerodynamic effects, which have gained wide
attention recently. Concurrent flame spread can occur due to tilted flames, and the backward …