For several centuries fluid dynamics studies have relied upon the assumption that when a
liquid flows over a solid surface, the liquid molecules adjacent to the solid are stationary …

We focus on the dynamical aspects of wetting phenomena on the nanoscale for which bulk
hydrodynamic equations become invalid. At the nanoscale, phenomena that are irrelevant …

Advancements in the fabrication of microfluidic and nanofluidic devices and the study of
liquids in confined geometries rely on understanding the boundary conditions for the flow of …

Molecular dynamics simulations have been carried out to investigate the fluid wetting and
flow in nanochannels whose surfaces are structured by an array of nanoscale triangular …

Nanoscale flows of liquids can be revealed in various biological processes and underlie a
wide range of nanofluidic applications. Though the integral characteristics of these systems …

A mathematical model is presented for the problem of apparent slip arising from Stokes
shear flow over a composite surface featuring mixed boundary conditions on the microscale …

The investigation of electromagnetohydrodynamic (EMHD) flow of non-Newtonian fluids in
microchannels represents a compelling intersection of fluid dynamics, electromagnetism …

Molecular dynamics and Langevin dynamics simulations are used to elucidate the behavior
of liquid atoms near a solid boundary. Correlations between the surface wettability and …

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 the present study, we focus on alterations in flow physics as a consequence of
interactions between patterned-wettability gradients on microfluidic substrates with …