Many systems require very high heat removal rates in small areas due to the increase in
their packing density, such as power electronics. These systems need to be cooled to …

Self-cleaning surfaces are nature-inspired and based on the surface processes occurring on
butterfly wings and lotus leaves. Owing to their unique characteristics, they are usable in a …

Hypothesis Recently, it has been shown that the contact time of impacting water droplets on
a superhydrophobic cylindrical surface decreases when its radius becomes comparable to …

The spreading and rebound patterns of low-viscous droplets upon impacting spherical solid
surfaces are investigated numerically. The studied cases consider a droplet impinging onto …

A thorough understanding of the dynamics of bubble/liquid two-phase flows under
microgravity conditions is essential for achieving efficient heat transfer between spacecraft …

Encapsulation has received a surge of interest in the biotechnological, chemical and
pharmaceutical fields and other industrial processes, owing to numerous applications such …

Droplet impact on hydrophobic and superhydrophobic solid surfaces finds numerous
applications, while the wide range of the parameters affecting its outcome necessitate a …

Accurate prediction of droplet behavior upon impact on a heated nanostructured surface is
vital for various industrial applications. In this study, we leverage multiple data-driven …

We studied the hydrodynamic features of the nanofluids flowing inside a straight
microchannel with hydrophilic, hydrophobic, and superhydrophobic walls by the finite …

Background The cooling of electric vehicle batteries is a crucial issue to increase the
performance of the next-generation cars and develop market acceptance. There are various …