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 …

Multiple jet impingement is widely implemented in several industrial processes. The efficacy
of this convective process depends on various parameters from the geometrical variables of …

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 …

ABSTRACT A comprehensive review on jet impingement heat transfer is presented to
consider the state-of the art in this field. Among all the single-phase heat transfer …

Two hybrid back-propagation neural network (BPNN) models optimized by two heuristic
search algorithms, namely genetic algorithm (GA-BP) and particle swarm optimization (PSO …

A crucial step in any computational fluid dynamics (CFD) analysis is the discretization of the
domain because it influences truncation errors, numerical stability, and the convergence of …

This work aims at investigating the mechanisms of separation and the transition to
turbulence in the separated shear-layer of aerodynamic profiles, while at the same time to …

The present study of low Reynolds number submerged impinging jets, re-examines the
cause of peaks in the radial distribution of the Nusselt number by way of a direct numerical …

The objective of the present investigation is to assess the effectiveness of large eddy
simulation (LES) in turbulent slot jet impingement heat transfer at low nozzle to plate …

Two-tank molten salt storages are the most widespread thermal energy storage technology
within concentrated solar power plants. In spite of this, there are design aspects such as …