The most important objective of this research-work is to investigate the impacts of velocity-
slip boundary conditions and shape factor of solid nanoparticles on the hydrodynamic …

This study addresses the heat transport and irreversible mechanisms associated with
energy and frictional losses in the Jeffery-Hamel flow of a non-Newtonian fluid adapting the …

Flow rectification for Newtonian fluids remains challenging compared with that for non-
Newtonian fluids because the physical properties of Newtonian fluids are independent of the …

A systematic study of a two-dimensional viscous flow through the straight-diverging-straight
(SDS) channel defined by two straight-walled sections of different widths and a divergent …

Bernoulli grippers, which are widely employed in automated production lines, are pneumatic
manipulators capable of noncontact adsorption that utilize the decelerating inertial effect of …

Partially ionised materials react differently when exposed to an outer magnetic field. In
thermal fluidic systems, Hall and Ion slip parameters are crucial for decreasing loss of heat …

Flow stability plays a key role in transition to turbulence in various systems. This transition
initiates with disturbances appearing in the laminar base flow, potentially amplifying over …

In local stability framework, receptivity and sensitivity analysis for Jeffery-Hamel (JH) flow for
converging and diverging angles are presented here. The frequencies are pointed out, upon …

The classical Jeffery–Hamel flow at small wall convergence has received less attention than
it should and is the subject here. While laminar flow through a plane channel displays only a …

The phenomena of entropy production are significant in mechanical systems, chemical
processing, and manufacturing processes for minimizing the consumption of energy and …