This article reports on an experimental investigation of the near-field behavior of interacting
jets at low Reynolds numbers (Re= 2125, 3290 and 4555). Two measurement techniques …

Abstract In this study, Computational Fluid Dynamics (CFD) and response surface
methodology is employed in a parametrical investigation of an in-line array of confluent …

This thesis deals with the near-field behavior of confluent jets, which can be of interest in
many engineering applications such as design of a ventilation supply device. The physical …

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 …

This work uses computational models to study the effects of confluence and jet-to-jet
interactions for inline matrices of confluent round jets. In total, 12 different confluent jet …

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 …

For using the swirling jet for air conditioning and heating in the premises, knowledge of the
thermal characteristics is more than necessary. It is for this objective that the experimental …

Unconfined multiple interacting confluent round jets are interesting from a purely scientific
point of view, as interaction between neighboring jets brings additional complexity to the …

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 …