Rotation and orientation of non-spherical particles in a fluid flow depend on the
hydrodynamic torque they experience. However, little is known about the effect of the fluid …

We investigate the coupling effects of the two-phase interface, viscosity ratio and density
ratio of the dispersed phase to the continuous phase on the flow statistics in two-phase …

Through boundary integral simulations, we investigate, in the creeping flow limit and in the
absence of Brownian noise, the effects of Navier slip on the orientational dynamics and …

Through boundary integral simulations and asymptotic analysis, we investigate the effect of
a finite Navier slip length on the rheological proprieties of a dilute two-dimensional …

We experimentally investigate the drag modification by neutrally buoyant finite-size particles
with various aspect ratios in a Taylor–Couette (TC) turbulent flow. The current Reynolds …

Turbulent plane-Couette flow suspended with finite-size spheroidal particles is studied using
fully particle-resolved direct numerical simulations. The effects of particle aspect ratio on …

Immiscible and incompressible liquid–liquid flows are considered in a Taylor–Couette
geometry and analysed by direct numerical simulations coupled with the volume-of-fluid …

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 …

We use three-dimensional direct numerical simulations of homogeneous isotropic
turbulence in a cubic domain to investigate the dynamics of heavy, chiral, finite-size inertial …

The presence of a dispersed phase can significantly modulate the drag in turbulent systems.
We derived a conserved quantity that characterizes the radial transport of azimuthal …