The fluid flow and heat transfer characteristics of a turbulent wavy wall jet have been studied
numerically using the low Reynolds number model. The three low Reynolds number …

The present investigation explores the dynamic effects of wall motion on the turbulent flow
and thermal characteristics of a dual jet. The effects of variation in Reynolds number (Re) …

An experimental study on the effect of sidewalls on the flow characteristics of a three-
dimensional turbulent square wall jet is carried out at a Reynolds number of 25,000. The …

The thermal and hydraulic characteristics of a sinusoidal wavy wall are studied numerically
to increase the heat transfer rate of the turbulent wall jet. To do so, the sinusoidal profile (y …

The primary goal of any thermal system which demands efficient cooling is to improve heat
transmission. For a turbulent jet, this condition becomes far more significant. The present …

Turbulent wall-bounded jets are used in various practical engineering and industrial
applications, including cooing of electronics devices, heat exchange systems, and cooling of …

The influence of a partial linearly decaying (LD) wavy wall on different fluid flow and thermal
parameters has been investigated for the turbulent jet. For the present study, a segment of …

The impact of wavy wall amplitude on the turbulent characteristics of a wall jet has been
investigated experimentally, where the wavy wall is given an adiabatic condition. In the …

In this study, with the help of with and without sidewall configurations, experimental and
numerical approaches are utilised to investigate the sidewall influence on a three …

In this study, cooling performance of a multi-slot jet impingement system for a wavy surface
are explored under the triple combined effects of using magnetic field (MG-F), double active …