Adequate cooling of electronic components and packages is an ever-increasing challenge
as devices become more powerful, compact, and portable. Highly integrated and high …

Heat removal of high-power electronic devices has become the bottleneck that restricts the
working performances. For ultrahigh heat flux density, even a thin layer of thermal interface …

In this work, two submerged jet impingement/microchannel heat sink (JIMHS) models were
proposed, ie, straight-rib jet impingement/microchannel heat sink (SJIMHS) and oblique-rib …

The present study proposes a novel hybrid design of a heat sink based on micro-channel,-
pillar and-jet impingement. A three-dimensional numerical model is constructed to …

In conventional jet impingement array heat sinks, all the spent coolant is extracted from
component edges, resulting in cross-flow interference and nonuniform heat transfer. Jet …

For enhancing the proficiency of photovoltaic cells used in the parabolic concentrated
photovoltaic system, a type of wavy mini-channel heatsink, coupled with jet impingement is …

Purpose Porous media can provide excellent performance in thermal energy transport
applications. This study aims to optimise the square porous slabs (placed in the middle of …

This study aimed to present the design methodology of microjet heat sinks with unequal jet
spacing, using a machine learning technique which alleviates hot spots in heat sinks with …

Confined array jet boiling can achieve high heat flux in a compact space and its flow
resistance characteristics are critical to the design of cooling systems. The boiling images of …

This paper investigates the enhanced cooling performance of a hybrid microchannel heat
sink, consists of the microchannel, nozzle and pillars, in terms of various hydrothermal …