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Optimizing Groove-Enhanced Microchannels for High-Performance Heat Dissipation

Hongxin Zhang Yi Zhang Jiyun Tang Lei Yao

Fluid Dynamics & Materials Processing2026，Vol.22Issue(4)：P.217-241,25.

Fluid Dynamics & Materials Processing2026，Vol.22Issue(4)：P.217-241,25.DOI:10.32604/fdmp.2026.080521

Optimizing Groove-Enhanced Microchannels for High-Performance Heat Dissipation

Hongxin Zhang ¹Yi Zhang ¹Jiyun Tang ¹Lei Yao¹

作者信息

1. School of Energy and Control Engineering,Changji University,Changji,China
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摘要

关键词

Groove/flow disturber/microchannel/simulation/thermal dissipation characteristics

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能源科技

引用本文复制引用

Hongxin Zhang,Yi Zhang,Jiyun Tang,Lei Yao..Optimizing Groove-Enhanced Microchannels for High-Performance Heat Dissipation[J].Fluid Dynamics & Materials Processing,2026,22(4):P.217-241,25.

基金项目

supported by the following funding projects,for which we express our sincere gratitude:Natural Science Foundation of Xinjiang Uygur Autonomous Region,China:Investigation on Thermal Performance of Microchannels with Enhanced Heat Transfer under High Heat Flux Conditions(Grant No.2023D01C223) （Grant No.2023D01C223）

2025 College Students’Innovation and Entrepreneurship Training Program Project:Experimental and Numerical Study on Gas-Liquid Two-Phase Transport Characteristics in Inclined Microchannels(Grant No.S202510997001) （Grant No.S202510997001）

2023 Changji University Research Grant:Stability Investigation of Phase-Change Microcapsules-A Pilot Experimental Study(Grant No.KYLK014). （Grant No.KYLK014）

Fluid Dynamics & Materials Processing

ISSN：1555-256X

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