We elucidate the phenomena of dynamic wetting, shape evolution and splitting of ferrofluid
(FF) droplets on a hydrophobic surface under the influence of a magnetic field. In the case of …

We carry out a theoretical study of vibration-induced saturation of the Rayleigh-Taylor
instability for an isolated liquid drop on the surface of a less dense finite-thickness carrier …

Patterned superhydrophilic-superhydrophobic (SHL–SHB) surfaces have shown promise in
droplet-based biochemical assays. However, fundamental understanding of the behavior of …

We report the dynamics of compound droplets with a denser liquid (water) droplet over a
less dense sessile droplet (mineral oil) that satisfies the Neumann condition. For a fixed size …

We present a fascinating experimental investigation of the formation, stability and thermal
patterns of evaporating liquid lenses deposited on an evaporating or non-evaporating liquid …

We report an elastocapillary flow—driven lab on a membrane device based on differential
wetting and sedimentation effect for the separation of plasma from whole blood. Interaction …

A small drop of a heavier fluid may float on the surface of a lighter fluid supported by surface
tension forces. In equilibrium, the drop assumes a radially symmetric shape with a circular …

Spinodal wetting theory of a drop on a solid substrate requires that a bridge be formed,
which connects the drop and the substrate, and that this bridge grows laterally to complete …

A theoretical heat and mass transfer model of volatile liquid lens evaporation on the surface
of an immiscible liquid substrate is established in toroidal coordinates. According to the …

The property of substrates is one of the important factors determining the interaction
between two lenses (droplets). There likely exist different interactions between two dissimilar …