Fouling is the accumulation of unwanted material on solid surfaces. The fouling materials
can consist of either living organisms or non-living substances. Therefore, analysis of mass …

The proposed work numerically investigates the buoyancy-driven flow of Casson fluid from a
vertical wavy surface under the influence of a magnetic field and evaluates the underlying …

Condensation enhancement on the micropillar structured surfaces is studied using a three-
dimensional lattice Boltzmann model, and the optimal micropillar configuration is assessed …

Better understanding of the droplet bouncing behaviors and microscopic mechanisms on
superhydrophobic surfaces is of significance for a large number of energy applications. In …

The spreading of liquid filaments on solid surfaces is of paramount importance to a wide
range of applications including ink-jet printing, coating, and direct ink writing (DIW) …

The aim of this work is to characterize the buoyancy-driven flow of a Reiner–Philippoff fluid
over a vertical plate under the combined influences of a sinusoidal hydromagnetic effect and …

This study examines the generalized Couette flow of couple stress fluid within the geometry
of a helical screw rheometer (HSR). The geometry of the HSR is simplified by modeling the …

In this article, we demonstrate the solution methodology of start-up electrokinetic flow of non-
Newtonian fluids in a microfluidic channel having square cross-section using Spreadsheet …

Interfacial capture of particles and droplets is important in practical applications. Interfacial
capture owing to the surface tension force occurs only when the target (particle or droplet) is …

Studying the effect of rough microstructures on the dynamic behaviours of droplets on
superhydrophobic surfaces can contribute to clean energy utilization and carbon reduction …