In vitro, cellular processing on polymeric surfaces is fundamental to the development of
biosensors, scaffolds for tissue engineering and transplantation. However, the effect of …

Droplet evaporation is a natural phenomenon and a topic of wide concern in various
research fields. Droplet-based biosensors have attracted much attention due to their …

Nature-inspired fabrication of surfaces with special wettability behaviour is increasingly
finding applications in our daily life. Thanks to advances in manufacturing technology at the …

The anti-icing behavior of static and dynamic low-temperature droplets on the surface of
microelectronic material was investigated. The ZnO-coated superhydrophobic surface …

Hypothesis Droplet wetting on a solid substrate is affected by the surface heterogeneity.
Introducing patterned wettability on the solid substrate is expected to engender anisotropic …

This review aims to address the lack of theoretical understanding of wetting regimes for
various surfaces and highlight the physical insights of numerous wetting regimes and …

Fluid manipulation using surface acoustic waves (SAW) has been utilized as a promising
technique in the field of microfluidics due to its numerous advantages, over other active …

In Nature, living organisms transform themselves so as to attain their optimum form of
existence to adapt to their environment through the process of evolution. Darwin's theory of …

A volume of fluid-based lattice Boltzmann method (VOF-LBM) is developed, using the open-
source parallel lattice Boltzmann solver library (Palabos) to study the wettability of solid …

The behaviors of droplet impact on the two different microstructures (regular micro-grooved
structure and irregular microstructure) exhibiting hydrophobic features are investigated …