The complex flow structures of submerged jets impinging at relatively short nozzle-to-plate
distance motivated a huge number of studies in order to allow for the understanding of their …

A review of the current status of computation of turbulent impinging jet heat transfer is
presented. It starts with a brief introduction to flow and heat transfer characteristics of jet …

Fluid flow and convective heat transfer in rotor-stator configurations, which are of great
importance in different engineering applications, are treated in details in this review. The …

In this paper, a turbulence model based on OpenFOAM has been developed for the jet
impingement heat transfer, which is based on the standard SST k-ω model and considers …

Computations of turbulent jet impinging flow at a Reynolds number of 20,000 and at two
values of nozzle to plate spacing equal to 4 and 9.2 have been performed in the present …

Abstract Models of six different cyclone separator designs have been investigated
numerically to study the effect of changing cone length on the gas flow field. The cone length …

The fundamental interaction between the mean velocity field, turbulence and the
impingement surface characteristics are presented. The nozzle used achieves a seamless …

In order to improve the cooling process in impingement synthetic jets, it is necessary to
evaluate the influence of dimensionless parameters and the geometry of the flow field and …

An investigation of the flow field and heat transfer characteristics of a slot turbulent jet
impinging on a semi-circular concave surface with uniform heat flux has been carried out …

The main objective of this paper is to study in detail the fluid flow and the heat transfer in
plane impinging jets. Mean and fluctuating velocities and global parameters, ie the local …