A temporally evolving turbulent plane jet is studied both by direct numerical simulation
(DNS) and Lie symmetry analysis. The DNS is based on a high-order scheme to solve the …

Starting from an alternative decomposition of the turbulent field, a multi-dimensional
statistical formalism for the description and understanding of turbulence in free-shear flows …

We present a generalisation of the Kármán–Howarth–Monin (K–H–M) equation to include
variable-density (VD) effects. The derived equation (i) reduces to the original K–H–M …

The effect of finite hot-wire spatial resolution on turbulence statistics and velocity spectra in a
round turbulent free jet is investigated. To quantify spatial resolution effects, measurements …

Highly resolved, two-component velocity measurements were made near the centreline of
turbulent pipe flow for Reynolds numbers in the range). These unique data were obtained …

The turbulent round jet is considered including the effects of introducing swirl, tabs and rings
so as to modify its behaviour. The paper traces the influence of Ricou and Spalding [J Fluid …

A similarity analysis was performed using the governing equations for the two-point velocity
correlations and for the second order structures functions in the far field of a turbulent planar …

This work characterizes the local dissipation length-scale η and its related quantities in
turbulent (round and square) jets. It is revealed that the probability density function (PDF) of …

This thesis concerns the structure of turbulence and energy budget equations in the near to
intermediate fields of the turbulent, round free jet. A transport equation is proposed for …

Artificial supercavition is one of the most prospective technique for underwater drag
reduction, but it still faces some unsolved roadblocks, like cavity stability, noise, power etc …