Because of their effectiveness and adaptability, impinging jets have found their way into a
host of applications ranging from cooling turbine blades, to heat management of electronic …

In this study, the convective heat transfer characteristics of a cylinder with flow confinement
under the impingement of a circumferentially arranged turbulent inclined circular air jet array …

In this paper, analysis of the turbulent flow and heat transfer under pulsating jet impinging on
the asymmetrical concave surface has been performed. An asymmetric concave surface with …

In the late in-vessel phase of a nuclear reactor severe accident, the internal heat transfer
and crust evolution during the debris bed melting process have important effects on the …

Abstract The Large Eddy Simulation (LES) methods were employed to analyze the turbulent
heat transfer characteristics in detail for volumetrically heated corium pools. The main …

Thermal management in the aerospace industry is subject to a number of constraints. The
suitability of a cooling system does not only depend on the heat flux that it can evacuate, but …

In-vessel retention (IVR) is considered as an effective mitigation strategy in realms of nuclear
safety. Extensive experimental investigations have been done on the natural convection …

This work investigates the impinging engine oil jet flow on a rotating heated cylinder with
high Prandtl numbers through a combination of convection and sensitivity analysis. The …

Double swirl cooling has currently emerged as a promising cooling technology for the
turbine blade leading edge. Despite its proven benefits, there is still a lack of clarity …

In the present study, experimental and numerical investigations have been carried out on a
slot jet impinging over a circular cylinder in order to understand fluid flow and heat transfer …