Spatial linear stability analysis is applied to the mean flow of a turbulent swirling jet at swirl
intensities below the onset of vortex breakdown. The aim of this work is to predict the …

The present work is an experimental study of the evolutioncharacteristics of swirl in the flow
in a pipe at a moderately highReynolds number and over a wide range of swirl numbers …

The suitability of various open boundary conditions is evaluated for direct numerical
simulations of three-dimensional, incompressible, spatially and temporally evolving, swirling …

The present experimental investigation is devoted to the mixing characteristics of a passive
scalar in the near-field region of a moderately swirling jet issuing from a fully developed …

This study describes large eddy simulations of the interaction between an exhaust jet and a
trailing vortex, in the near-field of an aircraft wake. Two cases are analyzed: in the first one …

The present study is an experimental and numerical investigation on rotating flows. A
special facility has been built in order to produce a turbulent swirling jet generated by a fully …

In this paper, we use a lattice Boltzmann method to study the effect of swirl on the dynamics
of an isolated three-dimensional vortex ring in a viscous incompressible fluid. We focus on a …

The nonlinear evolution of the three-dimensional instability of a viscous unsteady swirling
jet, namely, the Batchelor vortex, is addressed. Two types of initial perturbations are …

Linear instability analysis of a viscous swirling liquid jet surrounded by ambient gas is
carried out by considering the significant influence of axial shear effect. The jet azimuthal …

This thesis provides an experimental and theoretical investigation of turbulent swirling jets
with the emphasis on the formation of large-scale coherent flow structures. The involved …