Superhydrophobic (SH) polylactic acid (PLA) surfaces were previously produced by various
methods and used especially in biomedical applications and oil/water separation processes …

The importance of surface roughness on wettability is vital in developing novel techniques
and materials for fabrication of self-cleaning coatings. In this study, the effect of varying …

Superhydrophobic coatings are one of the recent hot topics in industrial applications as well
as academic studies. The mimicking lotus leaves' superhydrophobic properties have been …

Polymer foams with porous structures have many attractive features. Integrating
nanomaterials into the “passive” porous polymers can result in functional nanocomposites …

This study reports the development of a Moving Front kinetic Monte Carlo (MFkMC)
algorithm to capture the behaviour of sessile droplets on pillared superhydrophobic surfaces …

Three-dimensional (3D) microstructure arrays (MSAs) have been widely used in material
science and biomedical applications by providing superhydrophobic surfaces, cell …

Numerous studies have shown that superhydrophobic surfaces are attributed by micro/nano
structures and low surface energy film. In the present study, an ultraviolet laser process for …

Fabrication of microscale surface structures is a promising method for controlling the surface
wettability of materials. Herein, the micropillar and microhole arrays of polydimethylsiloxane …

This study investigates the effects of microcylindrical pillar geometry on surface wettability
and ice nucleation time. The cylindrical micropillars were designed and then fabricated on …

A wipe-on self-cleaning coating based on silane has been developed, characterized, and
applied on glass facades. It is a transparent, robust, and long-lasting hydrophobic coating …