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

Heat transfer of a particle in turbulent flows is essential, while the study on the effect of
turbulent fluctuation on the heat transfer enhancement of a spherical particle is rarely …

Simultaneous two-phase particle image/tracking velocimetry (PIV/PTV) measurements are
conducted on a particle-laden turbulent boundary layer (TBL) over a horizontal smooth-flat …

Evaporative sprays are encountered in a wide range of engineering applications. Since
clustering of droplets in sprays leads to strong inhomogeneity in the spatial distribution of …

Understanding the influence of fuel composition and air turbulence on evaporation of bi-
component fuel droplet is the aim of the current investigation. Experiments were carried out …

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 …

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 …

A novel method for conditional measurement of droplet size distribution within droplet
clusters in sprays is reported in this paper. The salient feature of this approach is the …

Droplet clustering in sprays refers to the dynamic evolution of highly concentrated regions
due to the preferential accumulation of the polydisperse droplets in the turbulent airflow …

Studying particle-laden flows is essential for understanding diverse physical processes such
as rain formation in clouds, pathogen transmission, and pollutant dispersal. This work …