Lift forces are widespread in hydrodynamics. These are typically observed for big and fast
objects and are often associated with a combination of fluid inertia (ie large Reynolds …

The Marangoni effect refers to fluid flow induced by a gradient in surface tension at a fluid-
fluid interface. We determine the full three-dimensional Marangoni flow generated by a non …

We investigate the motion of a sedimenting drop in the presence of an electric field in an
arbitrary direction, otherwise uniform, in the limit of small interface deformation and low …

The microfluidic inertial effect is an effective way of focusing and sorting droplets suspended
in a carrier fluid in microchannels. To understand the flow dynamics of microscale droplet …

The motion of a spherical drop with a bulk-insoluble surfactant immersed in a background
flow in the limits of low surface Péclet number and low Reynolds number is investigated. We …

The effect of a uniform electric field on the motion of a drop in an unbounded plane
Poiseuille flow is studied analytically. The drop and suspending media are considered to be …

This study deals with the motion and deformation of a compound drop system, subject to
arbitrary but Stokesian far-field flow conditions, in the presence of bulk-insoluble surfactants …

Many properties of emulsions arise from interfacial rheology, but a theoretical understanding
of the effect of interfacial viscosities on droplet dynamics is lacking. Here we report such a …

This study deals with electrohydrodynamic interactions between two deformable droplets in
a confined shear flow. We have investigated the effect of the channel confinement and the …

Particles, bubbles, and drops carried by a fluid in a confined environment such as a pipe can
be subjected to hydrodynamic lift forces, ie, forces that are perpendicular to the direction of …