The phase-field (PF) method is a method for interface tracking that can treat complex
topological changes relatively easily because of its diffuse interface model. Therefore, as …

This paper is concerned with simulation of the droplet impact on a dielectric surface, referred
to as the dynamic electrowetting-on-dielectric (DEWOD). In particular, we seek to shed more …

The nonlinear interaction between air and a water droplet just prior to a high-speed
impingement on a surface is a phenomenon that has been researched extensively and …

The phase-field modeling (PFM) of water drop impact onto a dielectric hydrophobic parafilm
surface is performed to explore air entrapment and its influence on deposition and rebound …

Various industrial devices and systems make use of collisions of droplets with solid particles
in aerosol flows. The characteristics of these collisions are usually predicted adopting the …

Water droplet impacting onto a hydrophobic surface is considered and the influence of the
surface wetting state on the droplet dynamics is examined. Pressure variation in the …

This paper presents the experimental research into the impingement of single-and
multicomponent liquid drops on a solid wall. We focus on studying the conditions and …

A droplet that impacts onto a solid substrate deforms in a complex dynamics. To extract the
principal mechanisms that dominate this dynamics, we deploy numerical simulations based …

The dynamics of droplets spreading on surfaces have been extensively studied across
various influencing factors, necessitating an exploration of their effect on wettability. Herein …

We investigated the conditions, characteristics, and outcomes of liquid droplet interaction in
the gas medium using video frame processing. The frequency of different droplet collision …