A comprehensive understanding of the dynamics of droplets undergoing collisions with solid
surfaces is required in a number of technological and industrial situations. Recently, a new …

Purpose This paper aims to summarize the latest developments both in terms of theoretical
understanding and experimental techniques related to inkjet fluids. The purpose is to …

A review of literature shows that the majority of papers cite a potentially incorrect form of the
Cassie and Cassie–Baxter equations to interpret or predict contact angle data. We show that …

This paper reports experimental investigations of drop impacts onto chemically treated
surfaces with wettability from 5 to 160. To follow in time the drop spreading, a high speed …

The maximum spreading of an impinging droplet on a rigid surface is studied for low to high
impact velocity, until the droplet starts splashing. We investigate experimentally and …

This work examines the fog-harvesting ability of patterned and non-patterned samples in
spray chamber experiments. The samples were prepared from different materials and the …

We report on the wetting dynamics of a 4.3 μL deionized (DI) water droplet impinging on
microtextured aluminum (Al 6061) surfaces, including microhole arrays (hole diameter 125 …

We analyzed the fog collection efficiency of three different sets of samples: replica (with and
without microstructures), copper wire (smooth and microgrooved) and polyolefin mesh …

Droplet impact has been studied for over a hundred years dating back to the pioneering
work of Worthington [1]. In fact, much of his ingenuity contributed to modern day high speed …

Directional transport of liquid droplets is crucial for various applications including water
harvesting, anti-icing, and condensation heat transfer. Here, bouncing of water droplets with …