The current understanding and developments in the electrostatic phase separation are
reviewed. The literature covers predominantly two immiscible and inter-dispersed liquids …

A common feature of many free surface flows—drop/bubble breakup or coalescence and
film/sheet rupture—is the occurrence of hydrodynamic singularities. Accurately computing …

Surface engineering at the nanoscale is a rapidly developing field that promises to impact a
range of applications including energy production, water desalination, self-cleaning and anti …

When two liquid drops touch, a microscopic connecting liquid bridge forms and rapidly
grows as the two drops merge into one. Whereas coalescence has been thoroughly studied …

With the broad interest in and development of superhydrophobic surfaces for self-cleaning,
condensation heat transfer enhancement and anti-icing applications, more detailed insights …

Droplet dynamics and condensation phenomena are widespread in nature and industrial
applications, and the fundamentals of various technological applications. Currently, with the …

Thinning and breakup of liquid filaments are central to dripping of leaky faucets, inkjet drop
formation, and raindrop fragmentation. As the filament radius decreases, curvature and …

When condensed droplets coalesce on a superhydrophobic nanostructured surface, the
resulting droplet can jump due to the conversion of excess surface energy into kinetic …

Water vapor condensation on superhydrophobic surfaces has received much attention in
recent years due to the ability of such surfaces to shed microscale water droplets via …

Water vapor condensation on superhydrophobic surfaces has received much attention in
recent years because of its ability to shed water droplets at length scales 3 decades smaller …