It was hypothesized that counter-rotating swirling jets enhanced rotational momentum while
multiple swirling jets (MSJ) reduced velocity decay along spreading direction. This study …

Diffusers are widely-used to quickly dilute effluents in receiving water bodies. This study
proposed a novel diffuser that pre-mixes effluent with ambient water before discharging and …

In this study, we numerically examined the interactions among multiple swirling jets mounted
in unbalanced positions. The formulation was based on the Reynolds average Navier …

The importance of this research is to explore and discuss the effects of rounding the top
corners of electronic components which are subjected to a cross-flow and a perpendicular …

Experimental study of unsteady swirling flows generated by special diverters in closed
toroidal channels with different curvatures was carried out. The formation of a swirling flow in …

This paper aims to highlight the effective means for improving jets auto-induction for their
integration into the terminal units of cooling and heating air devices. However, their …

The main emphasis of the present work is the experimental and numerical analysis of the
impact of the swirling multi-jet system on a flat plate. To carry out this study, it was necessary …

Le processus de mélange est un aspect fondamental de la mécanique des fluides qui
implique le transfert de chaleur ou de masse entre différents composants ou phases. Ce …

This research focuses on utilizing numerical simulation to analyse how modifications in the
air jet diffuser shape impact the cooling efficiency of electronic parts. The main aim of this …

RÉSUMÉ L'objectif de cette étude est de développer une simulation numérique d'un
écoulement issu d'un diffuseur tourbillonnaire. Une évaluation détaillée de ses résultats …