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 …

Fragmentation phenomena are reviewed with a particular emphasis on processes that give
rise to drops—in the broad sense, the process of atomization. Various observations are …

We experimentally, numerically and theoretically investigate the nonlinear interaction
between a cavitation bubble and the interface of two immiscible fluids (oil and water) on …

Jets, ie collimated streams of matter, occur from the microscale up to the large-scale
structure of the universe. Our focus will be mostly on surface tension effects, which result …

A simple coupled Volume of Fluid (VOF) with Level Set (LS) method (S-CLSVOF) for
improved surface tension implementation is proposed and tested by comparison against a …

For centuries, bubbles have fascinated artists, engineers, and scientists alike. In spite of
century-long research on them, new and often surprising bubble phenomena, features, and …

This review presents recent technological advances in charge-coupled-device ultrahigh-
speed video cameras and their applications in experimental fluid mechanics. Following a …

When bubbles expand and collapse close to boundaries, a shear flow is generated which is
able to remove particles from the surface, thus locally cleaning it. Here the authors …

Bubbles are always encountered for gas–liquid two-phase flow in microchannels, and have
potential applications in chemical engineering, polymer engineering, food engineering, and …

We show that when water droplets gently impact on a hydrophobic surface, the droplet
shoots out a violent jet, the velocity of which can be up to 40 times the drop impact speed. As …