This paper reviews the physics and correlations for the burning behaviour of pool fires in
wind, discussing also challenges for future research on this topic. In the past decades, the …

The work in this paper is to clarify and quantify experimentally the effect of cross air flow on
flame radiation feedback to fuel surface in medium pool fires. Square pools with dimensions …

This paper intends to provide a comprehensive state-of-art review of recent progresses and
to formulate perspectives on window-ejected fire plumes, originating from under-ventilated …

This paper investigates the flame extension length and temperature profile in a thermal
impinging flow, induced by a buoyant turbulent round jet impingement upon a horizontal plate, …

Pool fire is generally described as a diffusion combustion process that occurs above a
horizontal fuel surface (composed of gaseous or volatile condensed fuel) with low (∼zero) initial …

Enclosure fires with an opening are commonly distinguished by two distinct phases namely,
internal combustion with no flames ejected out (over-ventilated conditions), and internal …

This paper reports new experimental findings at a reduced atmospheric pressure (at high
altitude in Tibet) for turbulent buoyant jet diffusion flames and global correlations for both …

This paper reveals experimentally the flame spread rate (FSR) [both upward (concurrently)
and downward (opposed)] over electric wire with high thermal conductivity metal core at …

This paper quantifies experimentally the evolution of heat feedbacks through conduction,
convection and radiation in medium square pool fires (10–25 cm) with horizontal cross air …

The data set of our previous experiments in a wind tunnel is re-analyzed and interpreted in
this paper in order to provide a more focused description of the manner the cross-flow affects …