Motivated by flow applications in medicine, biology, and pharmaceuticals, such as
intravenous (IV) and gastrointestinal (G) tubes, this study presents a detailed analysis of …

The unsteady effects of transitioning surface tension, $\gamma (t) $, on the dynamics of
capillary imbibition in channels of arbitrary shape are analytically investigated with a focus …

This article presents a rigorous calculation involving velocity slip of Newtonian fluid where
we analyze and solve the unsteady Navier-Stokes equation with emphasis on its rheological …

We present a robust calculation leading to experimentally convenient and accurate ways of
detecting, measuring, and characterizing velocity-slippage in viscoelastic-fluids, unlike …

This article describes an unexplored transport phenomenon where a mildly viscoelastic
medium encroaches a narrow capillary channel under the action of surface-tension force …

In this paper, we address a new wall slip formulation based on a series expansion of both
differential and exponential forms of wall shear stress. As this is initially considered as an …

This paper is one of two articles, where we present a new wall slip formulation based on a
series expansion involving both differential in space and exponential forms of wall shear …

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 …

An electric field can affect a dielectric fluid flow and this effect can be used especially in
micro-devices. A differential second order equation for a temporal dependence of the liquid …

In recent times, micro-rheological applications involve determination of viscoelastic
properties for samples that are either too precious and fragile or in a state (like inside a cell) …