Understanding the physics of primary liquid breakup process and its correlation with the
evolution of spray characteristics in a rotary slinger atomizer is the goal of the present …

The interaction between droplet dispersion and evaporation in an acetone spray
evaporating under ambient conditions is experimentally studied with an aim to understand …

The phosphorescence properties of liquid and gaseous acetone, following excitation at 308
nm, are studied and utilized in order to overcome two main challenges of two-phase flow …

A comprehensive understanding on the dynamics of droplet clustering in sprays is important
for a wide range of applications ranging from combustion engines to spray drying. Due to …

The clustering of droplets in air-assisted water sprays operating under ambient atmospheric
conditions is experimentally studied with the aim to characterize the droplet clusters and …

In liquid-fueled combustion, the interaction of spray droplets with surrounding turbulent air
flow is crucial since it influences the evaporation rate of the fuel droplets and the process of …

The effect of entrained air turbulence on dispersion of droplets (with Stokes number based
on the Kolmogorov time scale,). The length scales of droplet clusters increased towards the …

Separate and joint droplets, clusters, and voids characteristics of sprays injected in a
turbulent co-flow are investigated experimentally. Simultaneous Mie scattering and …

Injection characteristics play an important role in the emission and overall thermal efficiency
of an engine. Several methods have been proposed for analyzing different fuel injection …

This paper presents a novel optical technique for simultaneous planar measurement of
droplet and vapour phases in an evaporative spray. The technique combines the out-of …