Statistically planar premixed hydrogen/air flames with and without liquid water injection are
numerically investigated through Direct Numerical Simulations. The approach used for …

The characteristics of spray/ambient gas flow and the turbulent mixing process significantly
influence the subsequent combustion feature. There are some related studies on the …

Three-dimensional carrier-phase Direct Numerical Simulations (DNS), combined with a
Lagrangian representation of individual droplets, have been employed in this parametric …

In this study, we investigate the effect of the presence of fuel droplets, their size and
concentration, on stretched laminar flame speeds. We consider premixed strained …

Public transport buses and other large vehicles are facing increasing engine fire issues
stemming from higher operating temperatures, phonic insulation and low maintenance time …

The primary focus of this research is to create a precise, yet straightforward drift-flux model
tailored for water-gas flow in variously angled pipes. This model is pivotal in estimating the …

The effect of fuel droplets on the burning velocity of strained laminar premixed flames is
investigated via experimentation and simulation. The twin counterflow configuration was …

The influence of water droplet injection on the propagation rate of statistically planar
stoichiometric n-heptane-air flames has been analysed based on three-dimensional carrier …

The effects of droplet inertia on the reaction zone structure, overall burning rate, and flame
surface area during interaction of water droplets with a statistically planar turbulent premixed …

This paper presents the flow and flame characteristics of a highly turbulent reactive flow over
a backward-facing step inside a windowed combustor. Flow and combustion experiments …