Recent studies on viscous streaming flows in two dimensions have elucidated the impact of
body curvature variations on resulting flow topology and dynamics, with opportunities for …

Flow through axisymmetric and eccentric sinuous stenoses is investigated numerically, for
Reynolds numbers up to 400. The eccentricity consists of an offset of the stenosis throat. A …

In this paper, the Vogel–Escudier flow is studied at an aspect ratio of 2.5 and a Reynolds
number range of 330–3000. An attempt is made to control the vortex breakdown bubbles …

Using a combination of critical point theory of ordinary differential equations and numerical
simulation for the three-dimensional unsteady Navier–Stokes equations, we study possible …

In this paper, we analyse the flow in a cylindrical cavity of aspect ratio H/R= 2, with a top lid
rotating with a sinusoidal time-varying speed. The Reynolds numbers, based on the time …

The topology of vortex breakdown in the confined flow generated by a rotating lid in a closed
container with a polygonal cross-section geometry has been analysed experimentally and …

In this paper we analyse, numerically and experimentally, the laminar reactive flow in a
cylindrical cavity with a rotating end wall. A basic solution is initially in the cavity and an acid …

Experiments were conducted to determine the effectiveness of controlling vortex breakdown
in a confined cylindrical vessel using a small rotating disk, which was flush-mounted into the …

Nowadays, the preferred devices to characterize electrochemical reactions are cells with a
rotating disk electrode and by virtue of its advantages these devices are being employed to …

The types of vortex breakdown observed in the torsionally driven cylinder (TDC) flow and in
the flow through an open-ended pipe are compared. The connection between the various …