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ホーム アーカイブ 役員 今後の会合 American Society of Thermal and Fluids Engineering

ISSN オンライン: 2379-1748

ISBN 印刷: 978-1-56700-517-2 (Flash drive)

5-6th Thermal and Fluids Engineering Conference (TFEC)
May, 26–28, 2021 , Virtual

Effect of wall hydrophobicity on heat transfer and flow field within miniature heat sinks

Get access pages 11-17
DOI: 10.1615/TFEC2021.aes.036727

要約

Here we present the results of computational analyses of the fluid and heat transfer of water in miniature heat sinks with hydrophobic surfaces. The accuracy and reliability of obtained numerical results are verified and validated against the available experimental data. The performed numerical analyses include the hydraulic diameter range of 133-407 µm and Reynolds number of 100 to 1200. The obtained results suggest that hydrophobic surfaces can enhance the overall thermal efficiency of micro-scale heat sinks up to 16% by reducing the required pumping power while enhancing the convective heat transfer rate. In comparison with hydrophilic microchannels, it is observed that higher mass flow rates and higher convective heat transfer coefficients can be achieved in micro-scale heat sinks with hydrophobic surfaces.
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