We report on an investigation of bubble-induced turbulence. Bubbles of a size larger than
the dissipative scale cannot be treated as pointwise inclusions, and generate important …

We investigate the effect of density and viscosity differences on a swarm of large and
deformable bubbles dispersed in a turbulent channel flow. For a given shear Reynolds …

We study the effect of bubble breakup and coalescence on fine-scale dynamics of bubbly
turbulent flows using direct numerical simulations. We perform two different simulations of …

The bubbles and three-component (3C) velocity are of great significance in the investigation
of gas–liquid two-phase flows. In this study, two kinds of two-phase stereo-PIV measurement …

The influence of non-Newtonian fluid behavior on the flow statistics of turbulent bubble-
laden downflow in a vertical channel is investigated. A Direct Numerical Simulation (DNS) …

The small-scale flow structures in a moderately dense turbulent (gas-particle) fluidization are
investigated using highly resolved simulation data obtained from a kinetic-theory-based two …

The presence of dispersed-phase droplets can result in a notable increase in a system's
drag. However, our understanding of the mechanism underlying this phenomenon remains …

This study employs direct numerical simulations to examine the effects of varying
backpressure conditions on the turbulent atomisation of im**ing liquid jets. Using the …

The influence of non-Newtonian fluid behavior and the Eötvös number on conditional and
unconditional second-order structure functions of bubbly channel flows has been …

We study the segregation of emulsions in decaying turbulence using direct numerical
simulations in combination with the volume of fluid method. To this end, we generate …