We consider turbulent flows in a differentially heated Taylor–Couette system with an axial
Poiseuille flow. The numerical approach is based on the Reynolds Stress Modeling (RSM) …

Hydrodynamic separators are proprietary underground devices designed to remove
floatable debris (eg, leaves, trash, oil) and to remove suspended solids from storm-water …

The present study considers the numerical modeling of the turbulent flow inside a rotor-
stator cavity subjected or not to a superimposed throughflow. Extensive numerical …

We study the three-dimensional clustering of velocity stagnation points, of nulls of the
vorticity and of the Lagrangian acceleration, and of inertial particles in turbulent flows at fixed …

We present a comparison of different particles' velocity and acceleration statistics in two
paradigmatic turbulent swirling flows: the von Kármán flow in a laboratory experiment and …

Direct numerical simulations are used to investigate the Open Von Kármán Swirling Flow, a
new type of unsteady three-dimensional flow that is formed between two counter-rotating …

The turbulent fluid flow and convective heat transfer in counter-rotating disk cavity with
central axial air inflow and radial air outflow are numerically studied based on the finite …

In this article, a three-dimensional numerical simulation based on a Reynolds stress model
has been developed to investigate the hydrodynamic behavior of two-impinging-jet spinning …

We numerically simulate the von Kármán swirling flow driven by viscous stirring with a pair
of inversely rotating smooth disks at moderate Reynolds numbers well beyond the first Hopf …

The aim of the present thesis was to improve our fundamental understanding of the
dynamics of turbulence at the small and large-scales produced in a von Kármán swirling …