Flows through pipes and channels are, in practice, almost always turbulent, and the
multiscale eddying motion is responsible for a major part of the encountered friction losses …

Fluid flows between rotating concentric cylinders exhibit two distinct routes to turbulence. In
flows dominated by inner-cylinder rotation, a sequence of linear instabilities leads to …

Recent experiments have reported a novel transition to elasto-inertial turbulence in the
Taylor–Couette flow of a dilute polymer solution. Unlike previously reported transitions, this …

Pulsatile flow in a straight pipe is a model system for unsteady internal flows in industrial
engineering and physiology. In some parameter regimes, the laminar flow is susceptible to …

We investigate the dynamics of a kerosene–water mixture in a vertical pipe flow by solving
the Cahn–Hilliard–Navier–Stokes equations. We compute the linear stability of laminar core …

We present direct numerical simulations of the Taylor–Couette flow of a dilute polymer
solution when only the inner cylinder rotates and the curvature of the system is moderate (η …

Despite its importance in cardiovascular diseases and engineering applications, turbulence
in pulsatile pipe flow remains little comprehended. Important advances have been made in …

High-performance computing scientists are producing unprecedented volumes of data that
take a long time to load for analysis. However, many analyses only require loading in the …

We show that, in the transitional regime of pulsatile pipe flow, at moderate-to-high
amplitudes 0.5≲ A≲ 1, the first long-lived turbulent structures are localized and take the form …

Large-scale coherent structures are identified in turbulent pipe flow at $ Re_\tau= 181$ by
having long lifetimes, living on large scales and travelling with a certain group velocity. A …