The rising requirements of computing capability with an ever-declining packaging volume
has triggered a global surge in the thermal management industry of electronic devices over …

ABSTRACT A review on the heat transfer characteristics of systems of multiple impinging air
jets is presented. The objective is to provide profound physical knowledge for the design of …

An eddy-viscosity turbulence model employing three additional transport equations is
presented and applied to a number of transitional flow test cases. The model is based on the …

A review of the jet's flow dynamics, coherent structures, and heat transfer characteristics is
presented. The goal is to have a bird-eye view on the understanding of this complex flow …

Impinging jet heat transfer has been established as an effective technique for heating,
cooling, or drying a target surface and has a variety of engineering applications. Many …

The complex flow field of an impinging jet is investigated to understand the dynamics of
vortical structures on heat transfer. The prediction of heat transfer by a turbulent impinging …

Impingement/effusion cooling systems have been studied extensively over the past few
decades to constantly improve cooling performance as the turbine inlet temperature of …

Direct numerical simulation (DNS) of an impinging jet flow with a nozzle-to-plate distance of
two jet diameters and a Reynolds number of 10 000 is carried out at high spatial resolution …

Digital particle image thermometry/velocimetry (DPIT/V) is a relatively new methodology that
allows for measurements of simultaneous temperature and velocity within a two-dimensional …

Experiments are carried out to understand the flow and thermal behavior of a pulsating jet.
The pulsating jet is generated using acoustic excitation. The study considered variations in …