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 …

This paper investigates droplets that evaporate and cluster in shear turbulence with direct
numerical simulations. The flows are statistically stationary and homogeneous, which …

Point-particle direct numerical simulations have been employed to quantify the turbulence
modulation and particle responses in a turbulent particle-laden jet in the two-way coupled …

The behavior of dispersed particles in a turbulent round jet is experimentally investigated.
The role of particle-to-fluid density ratio ρ p/ρ f is analyzed by inspecting particle velocity …

A stream of free-falling particles from a rectangular hopper, hereafter called a 'curtain', was
characterised systematically using a well-resolved, non-intrusive optical shadowgraphic …

This study aims to investigate the transport of droplets ejected from an artificial cough
simulator, which releases a turbulent puff of droplets into the surrounding air, closely …

This paper examines droplets that cluster and evaporate in reactive turbulence with direct
numerical simulations. The flows are statistically homogeneous and isotropic with mass …

In this study, large eddy simulations (LES) of turbulent coflow jets are performed and
designed to investigate the effects of the jet-to-coflow velocity ratio, Vr, on jet characteristics …

We present measurements of the impact process of gravity-driven flows of particles against
inclined surfaces for a range of particle loadings in the four-way coupled regime. These …

In this Letter, we present a particle image/tracking velocimetry (PIV/PTV) technique for
simultaneous velocity measurement of both fluid and particle phases, adopting newly …