Despite several decades long research on moving contact line dynamics due to its
remarkable role in interfacial science and technological fields, there is still a significant lack …

A droplet impacting hydrophobic/superhydrophobic surfaces undergoes spreading,
recoiling, and rebounding. All these phenomena are affected by the energy exchange …

The dynamic contact line plays a key role in various fields of interfacial physics, including
bioprinting, nano-scale printing, three-dimensional printing, biomaterials, tissue …

The dynamics of droplets impacting superhydrophobic surfaces is investigated using
experiments and numerical simulations. The superhydrophobic surface is fabricated by …

The impingement mechanism of a liquid droplet on a solid torus surface is demonstrated
using numerical simulations and an analytical approach. A computational model employing …

Droplet impact on solid substrates is a ubiquitous phenomenon in nature, agriculture, and
industrial processes, playing a crucial role in numerous applications including self-cleaning …

We experimentally investigate microliter-sized water droplet impact on solid and hollow
square micropillared polydimethylsiloxane substrates. Micropillared substrates with different …

We study the isothermal and non-isothermal spreading of viscous silicone oil droplets on a
glass surface in total wetting condition. In particular, the effects of viscosity, impact velocity …

The spreading behavior of a droplet under squeezing between parallel plates is seen in the
adhesion of microelectronic components and the lubrication of human joints, which is a …

A numerical model based on the volume of fluid method is adopted to numerically study the
hydrodynamics of an immiscible compound droplet impacting on a liquid pool. This …