Studying solid combustion phenomena in microgravity environments can be complex, and
this is furthered by many limitations and constraints in the available microgravity research …

The flame temperature and soot volume fraction are important parameters for combustion
diagnosis, which reflect the combustion reaction process and play a significant role in …

Flame spread over an insulated electrical wire is identified as a fire scenario in space
vehicles. In such microgravity configurations, the contribution of thermal radiation from …

An original phenomenological model for soot production inside a laminar, flat plate
boundary layer diffusion flame is presented. The model is compared with experimental …

Understanding of the physics and mechanisms of externally venting flames from enclosure
fires with parallel sidewalls at the opening is fundamental to investigating fire spread of U …

A three-dimensional laminar non-buoyant diffusion flame was studied with the objective of
improving the understanding of the soot production. The flame originated from a porous …

This research presents a new approach for reconstructing two-dimensional temperature
distribution in the firebox of a commercial coal power plant. The method involves measuring …

Numerical simulations of laminar coflow methane/air diffusion flames at atmospheric
pressure and different gravity levels were conducted to gain a better understanding of the …

This study integrates new and existing numerical modeling and experimental observations
to provide a consistent explanation to observations pertaining flame length and soot volume …

The soot properties of round, non-buoyant, laminar jet diffusion flames are described, based
on experiments carried out in microgravity conditions during three flights of the Space …