Electrowetting-induced detachment of liquid droplets has application prospects in self-
cleaning and digital microfluidics. Although several models have been provided to estimate …

In the current research, different architectures of physics-informed neural networks (PINNs)
are implemented to investigate the mixed electroosmotic pressure driven (EOF/PD) flow in …

The dynamics and heat transfer performance of droplets play an important role in
electrowetting systems. Contrary to the growing trend towards non-Newtonian fluids in …

Harnessing detachment of an aqueous droplet via electrowetting on a flat surface has been
of considerable interest for potential practical applications, ranging from self-cleaning to …

Fast contact-line motion of a droplet spreading on a solid substrate under the electrowetting
effect generates strong capillary waves on the droplet's surface. The capillary waves may be …

Electrowetting presents a powerful technique for manipulating droplets, but its potential to
enhance post-impact droplet rebound remains insufficiently understood and underutilized. In …

Straight and curved hydrophilic microfinned surfaces are prepared in this work by
photolithography and sputtering coating techniques using silicon wafers as substrates. The …

Based on energy conservation, we derive a critical condition theoretically for
electrowettinginduced droplet detachment from a hydrophobic curved surface. Phase …