With the rapidly increasing demand for high-flux heat transfer in engineering applications,
eg 5G microchips, concentrating photovoltaic cells and next-generation nuclear reactor …

The efficient and reliable thermal management of electronic devices presents a real
challenge despite potential solutions offered by several thermal management techniques …

With the challenges of continuous shrinking, weight reduction, and high heat flux rate of
sophisticated microelectronic devices, the advancement of heat-releasing devices, such as …

This study focuses on an efficient and innovative cooling technology to improve thermal
performance of high heat flux electronics. This paper proposes a novel liquid cooling active …

Since the realization of microchannel devices more than three and half decades ago with
water as the cooling fluid providing heat transfer enhancement, significant progress has …

The paper presents three-dimensional numerical investigation of fluid flow and heat transfer
performance of parallel and counter flow mini-channel heat sink where cross flow between …

According to the latest trends in miniature consumer and military electronics, there is a need
for compact cooling solutions to meet performance requirements at compact volumes …

The influence of synthetic jets on heat transfer rate along a flat plate has been studied for
laminar and turbulence cross-flow and at several exciting frequencies (0< f< 12.8 Hz). To …

The combination of a microchannel and a circular synthetic jet has been proven as a
promising cooling technology for microelectronic devices. However, the flow control and …

Heat transfer performance of a single-phase microchannel heat sink can be enhanced by
introducing micro knurls onto its surfaces. To characterize the effects of such a surface …