Rotation influences flows and transport processes in many engineering applications,
however, even in canonical flow cases, the effects of rotation are not fully understood. Here …

Can the similarity between rotation and stratification provide quantitative predictions for
complex turbulence? In this work, we focus on plane Couette turbulence as the background …

Since Taylor's seminal paper, the existence of large-scale quasi-axisymmetric structures has
been a matter of interest when studying Taylor–Couette flow. In this article, we probe their …

To pursue improvements in the power-to-weight ratio, cost-effectiveness ratio, and reliability
in the energy industry, rotating machinery has been developed with higher rotational speeds …

Heat and mass transport are generally closely correlated to momentum transport in shear
flows. This so-called Reynolds analogy between advective heat or mass transport and …

Direct numerical simulations of turbulent non-rotating and rotating plane Couette flow with a
periodically modulated plate velocity are conducted to study the effect of modulated forcing …

Turbulent flows exhibit wide ranges of time and length scales. Their small-scale dynamics is
well understood, but less is known about the mechanisms governing the dynamics of large …

Direct numerical simulations of turbulent Rotating Plane Couette Flow (RPCF) with a
periodically modulated plate velocity are conducted to study the effect of modulated forcing …

Turbulent shear flows are abundant in geophysical and astrophysical systems and in
engineering-technology applications. They are often riddled with large-scale secondary …

In Rayleigh–Bénard convection and Taylor–Couette flow cellular patterns emerge at the
onset of instability and persist as large-scale coherent structures in the turbulent regime …