Dripping, jetting and tip streaming have been studied up to a certain point separately by both
fluid mechanics and microfluidics communities, the former focusing on fundamental aspects …

We study numerically the nonlinear stationary states of a droplet covered with an insoluble
surfactant in a uniaxial extensional flow. We calculate both the eigenfunctions to reveal the …

The presence of submicrometer structures at liquid-fluid interfaces modifies the properties of
many science and technological systems by lowering the interfacial tension, creating …

As is known, the presence of surfactants can profoundly influence the dynamics of
Newtonian viscous threads. Also, it is known that non-Newtonian viscoelastic threads …

In addition to surface tension lowering and Marangoni stresses, surfactants also induce
surface rheological effects when they deform against themselves at fluid interfaces. Because …

Surfactants at fluid interfaces not only lower and cause gradients in surface tension but can
induce additional surface rheological effects in response to dilatational and shear …

Highly stretched liquid drops, or filaments, surrounded by a gas are routinely encountered in
nature and industry. Such filaments can exhibit complex and unexpected dynamics as they …

The rupture of coaxial liquid jets in co-flow focusing is studied experimentally and
numerically, aiming to deepen the understanding of interface coupling and its effect on the …

We analyze the breakup of a pendant water droplet loaded with SDS. The free surface
minimum radius measured in the experiments is compared with that obtained from a …

We present a computational study of free surface flows with rheologically complex interfaces
in the film formation region of a slot coater. The equations of motion for incompressible …