Application of nanoparticles in jet impingement flows has attracted researchers' interests
due to its notable heat transfer enhancement. This review paper covers a detailed overview …

As electrified vehicles grow in popularity, there is an increasing demand to improve the cost,
reliability, power density, and efficiency of onboard power electronics. Conventional cooling …

This study uses a combination of computational fluid dynamics consisting of the discrete
phase model (CFD-DPM) coupled with support vector regression-particle swarm …

Nanofluids offer great potential heat transfer enhancement and provide better
thermophysical properties than conventional heat transfer fluids. Application of nanofluids in …

In this study, nanofluid jet impingement cooling performance with single and multiple jets are
analyzed under the impacts of using double porous layers with finite element method (FEM) …

Nanofluid-jet impingement cooling is a versatile cooling method with proven high cooling
efficiency and ease of adaption in several engineering systems. This review considers an …

In this paper, the influence of rotation on the onset of natural convection made by purely
internal heating in a horizontal layer of nanofluid is investigated. The boundaries are taken …

The present study deals with CFD analysis of laminar forced convective heat transfer of Al 2
O 3/water nanofluid in a converging microchannel heat sink under imposed pressure …

This work investigates the thermo-hydraulic characteristics of a novel reverse jet
impingement cooling 3-D module for high-power systems, entailing a single jet impinging …

In this paper, combining the bilayer porous metal block of copper (BPMBC) on the concave
heating surface and jet impingement of SiO 2-H 2 O nanofluid is utilized in the flow channel …