The exploitation of flow pulsation in low-Reynolds number micro/minichannel flows is a
potentially useful technique for enhancing cooling of high power photonics and electronics …

Pulsating flow has potential for enhanced cooling of future electronics and photonics
systems. To better understand the mechanisms underlying any heat transfer enhancement, it …

Jet impingement cooling is an effective means of inducing high convective heat transfer
coefficients for applications such as the cooling of gas turbine surfaces, drying of textiles …

The exploitation of flow unsteadiness in microchannels is a potentially useful technique for
enhancing cooling of future photonics systems. Pulsation is thought to alter the thickness of …

Abstract Photonics Integrated Circuits (PICs) are the backbone of the optical-fiber networks
that enable high-speed communication on a global scale. Contemporary devices contain …

Liquid microjets are emerging as candidate primary or secondary heat exchangers for the
thermal management of next generation photonic integrated circuits (PICs). However, the …

The exploitation of flow pulsation in micro-and minichannels is a potentially useful technique
for enhancing cooling of high-end photonics and electronics systems. It is thought that …

While numerous applied studies have successfully demonstrated the feasibility of unsteady
cooling solutions, a consensus has yet to be reached on the local instantaneous conditions …

Single-phase pulsating flow may enhance heat transfer in electronics and photonics cooling
applications. While the mechanical problem has been characterised using theory and …

Micro-fluidic systems have been proposed as potential solutions for the cooling of next-
generation Integrated Circuits (ICs) and Photonics Integrated Circuits (PICs). For PICs …