Performance analysis of hybrid microchannel heat sink for varying nozzle geometry and layout on the basis of first- and second-law of thermodynamics

Numerical simulation of heat transfer characteristics of composite structure jet microchannel based on Eulerian method

“…In recent years jet impingement cooling technology has gradually become a research hotspot in the field of thermal management of high power micro-scale electronic components due to its ability to effectively remove the heat generated by the operation of microelectrical appliances and thus prolonging the service life of electronic devices [10][11][12][13][14][15][16][17][18].Pandey et al [19] investigated the enhanced cooling performance of a hybrid micro-channel radiator consisting of micro-channels, nozzles, and struts in terms of various hydrothermal characteristic parameters and analyzed the effects of parameters including jet inclination angle, Reynolds number, and convective heat transfer. performance and analyzed the effect of parameters including jet inclination angle, Reynolds number and nozzle diameter on convective heat transfer, and found that reducing the nozzle diameter reduces the wall temperature and pressure drop, which results in better cooling effect.Peng et al [20] carried out numerical simulations of multi-jet microchannels to compare and analyze the effect of various geometrical parameters on jet microchannels, and found that the number of jets is higher, the outlet is wider, the fin width It was found that the jet microchannel with a larger number of jets, a wider outlet, and a smaller fin width compared with the channel width has a better cooling performance.…”