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 …

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 …

A combined experimental and numerical investigation of the heat transfer characteristics
within arrays of impinging jets with rib-roughened surfaces is presented. Two configurations …

The flow in the suction chamber of an external gearpump is numerically analysed. The
evolution of the boundaries of the domain is very complex, and an arbitrary Lagrangian …

The current study focuses on numerical investigation of narrow passage flows with pin fin
arrays. Six different turbulence models, including linear eddy viscosity models, an explicit …

Suspension feedstock in plasma spraying is an emerging process for producing coatings
with enhanced characteristics. Sub-micron up to few micron-sized particles are suspended …

Numerical results of a turbulent impinging jet on a flat plate are compared with experimental
reference data from ERCOFTAC. Four different jet-to-plate distances from H/D= 2 to 14 have …

There are numerous turbulence models that have been developed in the past years, many
of them being used in predicting flows, turbulence, mass and/or heat transfer. The particular …

This study presents the numerical study of transient conjugate heat transfer in a high
turbulence air jet impinging over a flat circular disk. The numerical simulation of transient …

ABSTRACT A review of the flow and heat transfer characteristics of systems of multiple
impinging round jets is presented. The main focus is on the factors that occur in the drying of …