... temperature. thin films heat spreaders diamond graphene integrated circuit thermal management electronics cooling conjugate heat transfer forced convection heat transfer enhancement University Graduate School, Florida International University 10.13039/100008034 Presidential...

.... There are no conflicts of interest. Email: 160100001@iitb.ac.in Email: kshankar@iitb.ac.in 05 01 2021 03 05 2021 05 05 2021 18 06 2021 convective heat transfer flow agitation electronics cooling numerical modeling electronic cooling forced convection heat transfer...

... 2020 17 09 2020 flow maldistribution thermal resistance manifold configuration temperature distribution uniformity electronics cooling branched manifold forced convection heat exchangers heat transfer enhancement micro/nanoscale heat transfer As the world is shifting toward...

... shape optimization convective heat transfer electronics cooling coefficient of performance genetic algorithm MOGA-CFD energy efficiency heat transfer enhancement European Regional Development Fund 10.13039/501100008530 15/SPP/E3125 Irish Research Council (IRC) 10.13039...

... the need for chillers and vapor-compression cooling and have therefore reduced data center energy consumption associated with electronics cooling from more than 30% down to 3.5% of total energy consumption [ 5 ] while reusing up to 80% of dissipated energy for space heating [ 6 ]. Thermal management...

... online January 29, 2019. Assoc. Editor: Gamal Refaie-Ahmed. 29 11 2017 11 11 2018 nanofluid boron nitride heat transfer enhancement forced convection electronics cooling liquid cooling Transistor number density in microprocessors has been increasing to meet the consumer...

... is achieved for some test cases. The pressure dynamics introduced by the synthetic jets are also investigated. The synthetic jets cause a minor increase in the pressure drop. synthetic jet microchannel heat transfer enhancement heat sink electronics cooling Liquid microchannel cooling has...

... setup and potentially for larger applications. 27 11 2011 18 04 2012 16 07 2012 16 07 2012 system pressure electronics cooling pumped refrigerant loop critical heat flux premature dry out thermal storage An FTS Maxicool RC100 was used to remove heat from a PRL...

... interpretation is only possible when the exergy analysis is considered. cooling microprocessor chips refrigerants flow boiling microevaporators refrigerant electronics cooling data centers green energy exergy Reduction of primary energy consumption is strongly required to mitigate...

..., several advanced technologies are compared, demonstrating that liquid cooling using microchannels can be in excess of 1000 times more effective than air cooling methods. cooling thermal management (packaging) thermal resistance thermodynamics thermal management electronics cooling system...

... alumina nanoparticle suspension over using the base fluid alone. In fact, there is an optimal volume fraction (1%) for this nanofluid and electronics cooling system combination that maximizes the heat dissipated. However, we find that this benefit decreases as the volume fraction, and hence the viscosity...

... for Electronics Cooling A Review ,” 18th National and 7th ISHMT ASME Heat and Mass Transfer Conference , Guwahati, India, Jan. 4–6, pp. 2407 – 2416 . Peterson , G. P. , 1990 , “ Thermal Control of Electronic Equipment and Devices ,” Adv. Heat Transfer 0065-2717 , 20 , pp. 181 – 314 . van...