This article reviews measurements for the canonical flow: incompressible turbulent round
jets issuing into a large, ideally infinite, quiescent domain. The available far-field data on …

More than two decades ago the first strong experimental results appeared suggesting that
turbulent flows might not be asymptotically independent of their initial (or upstream) …

VORTEX breakdown is a unique feature of swirling flows. It occurs when the ratio of axial to
azimuthal velocity exceeds a certain threshold while both quantities are of the same order of …

This paper reports on a parametric study of the impingement heat transfer from swirling jets
issuing from a circular nozzle. The swirl velocity component is imparted to the flow via a …

Based on chemical equilibrium assumption, a comprehensive three-dimensional numerical
model was developed for a GSP gasifier. The Euler–Lagrange approach was applied to …

Energy production data from several of the existing large offshore wind farms indicate that
turbine arrays can suffer from a significant overall energy production shortfall, due to wakes …

An experimental investigation of swirl and wake strength influence on axisymmetric turbulent
wake evolution was conducted. A novel wake generator design wire mounted in a wind …

A systematic numerical study was performed to investigate the influence of subgrid-scale
(SGS) treatments on the simulation of turbulent free-jets. Large eddy simulations (LES) of …

IMPROVING the efficiency of turbulent jet mixing can produce several performance
enhancements for aircraft, including decreased jet noise, lower plume temperatures …

Laser-based three-dimensional velocimetry techniques have been recently undergone a
fast and significant development enabled by the improvements in both hardware and …