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 …

Thermal management is essential to improve the overall performance of photovoltaic (PV)
cells. This study presents a comprehensive numerical study on a PV panel to achieve …

Temperature uniformity in high-heat-flux electronic devices is an important concern in the
field of micro-scale enhanced heat transfer. In this study, a novel hybrid jet impingement …

This research aims to experimentally investigate the thermal performance of iron oxide
nanofluids having different particle shapes for multiple impinging jet flow. The heat transfer …

To achieve higher heat transfer rate for cooling by air jet impingement is the most essential
goal of the modern era. The aim of this article is to enhance the heat transfer rate …

In the past few decades, state-of-the-art technologies for heat transfer have been
considerably developed to have more performable systems in industries. Among the …

Nowadays there has been a substantial escalation in the consumption of the global annual
mortality rate due to cardiovascular and cerebrovascular diseases, and the traditional …

Advanced electronic devices need ultrahigh performance cooling techniques. One such
technique is jet impingement cooling. This study numerically investigates the thermal …

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 …

Conjugate heat transfer in laminar slot jets impinging on multiple protruding hot sources
using various nanofluids has been investigated numerically by employing (i) a mass-based …