Heat transfer enhancement in microchannel systems through geometric modification of vortex generators and nanofluid integration: A numerical study
Author:
Funder
National Science and Technology Council
Publisher
Elsevier BV
Reference68 articles.
1. Ultra large-scale crowd monitoring system architecture and design issues;Jiang;IEEe IoT J.,2021
2. Thermal and hydraulic performance investigation of microchannel heat sink with sidewall square pin-fins;Alnaimat;Results Eng.,2024
3. Investigating thermal performance enhancement in perforated pin fin arrays for cooling electronic systems through integrated CFD and deep learning analysis;Ehsani;Results Eng.,2024
4. A survey on data center cooling systems: technology, power consumption modeling and control strategy optimization;Zhang;J. Syst. Architect.,2021
5. Reviews: applications of optimization algorithm for microchannel and microchannel heat sink on heat transfer;Song;Int. J. Heat Fluid Flow,2024
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