The Marangoni effect—often invoked to describe the so-called “tears of wine”—is in essence
the mass transfer along an interface between two fluids due to a gradient of the surface …

In this paper, we investigated the thermocapillary migration of a self-rewetting droplet on an
inclined surface using a phase field based lattice Boltzmann method. Unlike the normal fluid …

Drop impact on superhydrophobic surfaces has gained great attention because of its
physics and application in water repellency, drag reduction, and anti-icing. Spreading …

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 …

Wetting phenomena of underwater systems are important for marine and other aquatic
environment applications. Here, we study the underwater wetting characteristics of textured …

In the present work, within the framework of thin film theory, we delineate the interaction
between the interfacial dynamics of thermal Marangoni flow and non-Newtonian rheology by …

The interfacial phenomenon associated with the ringlike motion of a liquid droplet subjected
to an omnidirectional thermal gradient is investigated. An experimentally verified model is …

We investigate the dynamics of a self-rewetting drop placed on a substrate with a constant
temperature gradient via three-dimensional numerical simulations using a conservative …

Owing to scale effects, spreading of nanodroplets over heated textured surfaces displays
distinct features from that of millimetric-sized droplets. In this work, spreading behaviors of a …

Superspreading is a phenomenon such that a drop of a certain class of surfactant on a
substrate can spread with a radius that grows linearly with time much faster than the usual …