Deterministic lateral displacement (DLD), which takes advantage of the asymmetric
bifurcation of laminar flow around the embedded microposts, has shown promising …

Understanding the fate of colloids in porous media plays a vital role in applications such as
enhanced oil recovery (EOR), colloid-facilitated transport or groundwater remediation …

Rotating spheres in cylindrical channels roll or slide along the channel depending on the
physical and geometric conditions. For a thorough investigation of the phenomenon, finite …

A finite sized neutrally buoyant object migrates radially under the action of inertial lift in a
smooth circular pipe due to the hydrodynamic coupling between the object and the …

We present a complete theoretical framework for the axial dispersion of a Brownian colloidal
suspension confined in a parallel plate channel, extending the Taylor-Aris treatment to …

In this paper, a novel numerical technique is generalized for analysis of mutual flow
interactions between unequal particles in cylinder-bound pressure-driven flow of highly …

The combined effects of radial drift due to flow inertia and diffusion due to Brownian motion
significantly modify the radial probability distribution and the axial dispersion of conduit …

This article addresses a classical fluid mechanics problem where the effect of capillary
action on a column of viscous liquid is analyzed by quantifying its time-dependent …

This article reveals how apparently similar looking nanoparticles with same size, shape, and
mass may exhibit widely varying Brownian diffusivity due to inherent features of nanoscale …

This article discusses how to derive a closed-form analytical solution describing the profile of
unidirectional flow through a class of noncircular tubes. The cross sections of the conduits …