Heat and mass transfer phenomena in fuel sprays is a key issue in the field of the design of
the combustion chambers where the fuel is injected on a liquid form. The development and …

A basic experiment has been designed to improve the understanding of certain phenomena
like droplet interaction occurring in dense sprays. The interaction effect in a stream of …

This article presents investigations on the temperature evolution of monodisperse, low
evaporating, and interacting ethanol droplets in a linear stream. The droplets are injected …

Planar laser-induced fluorescence measurements of fuel-vapor concentration around a
monodisperse stream of acetone droplets is presented. Droplets were injected in a …

A numerical simulation of evaporation in a monodisperse droplet stream is proposed, taking
into account the transient state of the evaporation, and the non-uniform mass and heat …

The acetone vapor concentration between two neighboring droplets in a droplet stream is
measured using laser induced fluorescence. It was found that a cylindrical region of high …

A comprehensive review of modeling of evaporation and combustion of liquid fuel droplets
using “unit cell” approach is presented. The review starts with a general introduction to the …

We describe how traditional elastic low-angle light scattering techniques (LAELS) can be
employed to determine the evaporation rate of droplet arrays. This objective is achieved by …

Laminar diffusion-controlled jet flames are found in a wide range of applications and also
used for fundamental studies on reactive flows. Diffusion flames are classically studied …

The numerical solution for the combustion of an infinite linear array of dense fuel gas
pockets in a quiescent ambient is discussed in the present work. Fuel mass, flame, and gas …