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 …

To thoroughly investigate how the inclination angle affects the flickering of premixed conical
flames, a series of experiments and simulations were carried out. Propane-air conical flames …

Measuring the deformation of building elements engulfed by flames is essential in fire
research to improve safety in the event of a fire. Ideally, the measurement system should be …

In this study we investigate, both numerically and experimentally, the interplay between the
intrinsic Darrieus-Landau (DL) or hydrodynamic instability of a premixed flame and the …

The unsteady, visible, chemiluminescence fields of two non-axisymmetric, forced, laminar,
premixed, propane–air flames are tomographically reconstructed using between 3 and 36 …

To further reduce the combustion instability behavior in high-altitude areas, a synergistic
suppression of buoyancy-driven methane laminar diffusion flame flicker was achieved by …

Flame flickering of jet diffusion flames reflects the instability of the hot gases ascending
column, This phenomenon, which is related to buoyancy, has been characterized in terms of …

In microgravity, combustion phenomena drastically and impressively change their features
compared with those in normal gravity. The change originates from the suppression of …

The interactions of multiple flames are often encountered in real-world fire and industrial
burners. The distance between two jets has a strong influence on the instability mode …

The velocity fields of the laminar premixed flames with external acoustic excitation are
studied in this work. The velocity fields in both burnt and unburnt regions have been …