We investigate the mixing of soft biofluids in a narrow fluidic device under the influence of
electroosmotic vortices generated by the patterned soft polyelectrolyte layers (PEL) …

We investigate the mixing of constituent components transported through a narrow fluidic
cylindrical channel in a swirling flow environment. We solve for the flow field analytically …

Pressure swirl atomizers with tangential inputs are widely used in various industries,
including power generation and gas turbines. For example, in combustion chambers with …

In the present work, the tangential (swirl) velocity component is superimposed at the intake
of a narrow fluidic cylindrical pipe to achieve the desired mixing of inelastic non-Newtonian …

The study investigates the influence of the Reynolds number and a disc-shaped bluff body
positioned along the axial direction on the average velocity of a confined swirling flow in a …

Swirling flows are extensively used to enhance mixing in chemical and physical processes.
Although many fundamental studies involve decaying laminar swirls in circular ducts with …

Lattice Boltzmann (LB) method, which is a mesoscopic numerical method, has been
considered as a powerful tool to study microscale gas and liquid flows. Boundary slip …

Swirling flows constitute several physical systems, such as the lift-enhancers on the flap**
wings in animal flight and mechanical blood pumps. Swirls are stable due to inhibited …

The present work systematically investigates the effect of swirl on the mixing efficiency in
narrow channel. Two fluid streams (A&B) with different concentration is considered at the …