Femtosecond laser has offered a precise, controllable, and environmentally friendly solution
for manufacturing superhydrophobic surfaces adorned with micro and nanostructures. It has …

The design and use of superhydrophobic surfaces have gained special attentions due to
their superior performances and advantages in many flow systems, eg, in achieving specific …

In this work, we fabricate a series of super-hydrophobic surfaces by sprayed-coating a layer
of hydrophobic nano-particles on sandpapers that contain micro-scale abrasive particles …

In this work, inertial flows of a yield stress fluid in a channel equipped with a
superhydrophobic groovy wall are studied through numerical computations. Assuming an …

We investigate the influence of shear-thinning on fully-developed flow in channels with a
spanwise-periodic array of longitudinal superhydrophobic surfaces (SHSs) on each wall …

Endoscopes are ubiquitous in minimally invasive or keyhole surgeries globally. However,
frequent removal of endoscopes from the patient's body due to the lens contaminations …

This article numerically investigates the thermal and hydraulic performance of shear-
thinning nanofluids when used as heat-conducting fluids in a microchannel heat sink device …

Among different types of anti-icing coatings, superhydrophobic surfaces have attracted
extensive attention due to their excellent water repellency and low thermal conductivity. We …

Via numerical computations, we study plane Poiseuille flow of a viscoplastic fluid in
channels with the presence of a superhydrophobic (SH) groovy lower wall, where air is …

Abstract In this work, a 1.5 mm thick GH3044 nickel-based superalloy is processed by
femtosecond laser to obtain a micro-hole for the fuel nozzle of an aerospace engine with a …