Abstract The Taylor‐Couette reactor (TCR) is an apparatus that capitalizes on the Taylor‐
Couette flow, which allows many flow regimes and conditions to perform (bio‐) chemical …

Heat transfer in flow between concentric rotating cylinders, also known as Taylor–Couette
flows, constitutes a long-existing academic and industrial subject (in particular for electric …

The flow in the gap between an inner rotating cylinder concentric with an outer stationary
cylinder with an imposed pressure-driven axial flow was studied experimentally using …

To describe the pattern formation just above the first instability of the rotating Couette-Taylor
system in the presence of an externally imposed axial through-flow, an amplitude equation …

The annular centrifugal contactors based on the Taylor-vortex flow have a great potential in
chemical, nuclear, metallurgy and biotechnology industry. This equipment has been …

In rotating filtration, which is based on supercritical cylindrical Couette flow with a rotating
porous inner cylinder, the motion of particles in the suspension depends on both centrifugal …

Direct numerical simulations of the Taylor–Couette (TC) problem, the flow between two
coaxial and independently rotating cylinders, have been performed. The study focuses on …

A linear stability analysis has been carried out for flow between porous concentric cylinders
when radial flow is present. Several radius ratios with corotating and counter‐rotating …

Hydrodynamic instabilities in the interstage of turbomachinery and their relation to fan
broadband noise are investigated over wide operating conditions. By applying compressible …

As 2D‐nanosheet dispersions greatly facilitate solution‐based processes, the preparation of
2D nanosheets in various solvents offers considerable potential in many applications, from …