This paper reviews publications that have fortified our understanding of the electrowetting-
on-dielectric (EWOD) actuation mechanism. Over the last decade, growing interest in EWOD …

Computational methods have been extended recently to allow for the presence of moving
contact lines in simulated two-phase flows. The predictive capability offered by these …

This chapter highlights a variety of techniques that are commonly used to measure contact
angles, including the conventional telescope-goniometer method, the Wilhelmy balance …

Electrowetting (EW) has drawn significant interests due to the potential applications in
electronic displays, lab-on-a-chip microfluidic devices and electro-optical switches, etc …

Wetting condition of micro/nanostructured surface has received tremendous attention due to
the potential applications in commercial, industrial, and military areas. Surfaces with extreme …

We present a numerical simulation technique to calculate the deformation of interfaces
between a conductive and non-conductive fluid as well as the motion of liquid–liquid–solid …

The static shape of droplets under electrowetting actuation is well-understood. The steady-
state shape of the droplet is obtained based on the balance of surface tension and …

A comprehensive numerical and experimental investigation on micrometer-sized water
droplet impact dynamics and evaporation on an unheated, flat, dry surface is conducted from …

Hypothesis The drop deposition technique can impact contact angle measurements. We
hypothesized that the drop pinch-off, during the traditionally used pendant drop technique …

Recent advancement in electrowetting technique has attracted the attention of researchers
due to its numerous applications in lab-on-chip microfluidic devices. In the present work, an …