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Electronic cooling using ERG aluminum foam subjected to steady/pulsating water and γ-Al2O3 –water nanofluid flows: experimental and numerical approach

机译：使用ERG铝泡沫进行电子冷却，经受稳定/脉动水和γ-AL2O3-水纳米流体流动：实验和数值方法

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Ayman Mahmoud Bayomy Mahmoud;
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1. Heat transfer characteristics of aluminum metal foam subjected to a pulsating/steady water flow: Experimental and numerical approach [J] . A.M. Bayomy, M.Z. Saghir International Journal of Heat and Mass Transfer . 2016,第juna期

机译：脉动/稳定水流作用下铝泡沫金属的传热特性：实验和数值方法
2. Electronic cooling using water flow in aluminum metal foam heat sink: Experimental and numerical approach [J] . Bayomy A. M., Saghir M. Z., Yousefi T. International Journal of Thermal Sciences . 2016,第Null期

机译：使用铝泡沫金属散热器中的水流进行电子冷却：实验和数值方法
3. Experimental study of using γ-Al_2O_3-water nanofluid flow through aluminum foam heat sink: Comparison with numerical approach [J] . A.M. Bayomy, M.Z. Saghir International Journal of Heat and Mass Transfer . 2017,第apra期

机译：γ-Al_2O_3-水纳米流体流经泡沫铝散热器的实验研究：与数值方法的比较
4. Thermal Analysis of Heat Transfer Enhancement and Fluid Flow for Low Concentration of Al2O3 Water-Ethylene Glycol Mixture Nanofluid in a Single PEMFC Cooling Plate [C] . Irnie Zakaria, W.A.N.W Mohamed, A.M.I Bin Mamat International Conference on Alternative Energy in Developing Countries and Emerging Economies . 2016

机译：单个PEMFC冷却板中纳米流体低浓度的热传递增强和流体流动的热分析
5. Theoretical analysis and experimental investigation of a pulsating heat pipe for electronics cooling [D] . Borgmeyer, Brian V. 2005

机译：电子冷却用脉动热管的理论分析与实验研究
6. Numerical evaluation of cooling performances of semiconductor using CuO/water nanofluids [O] . P.C. Mukesh Kumar, C.M. Arun Kumar 2019

机译：CuO /水纳米流体对半导体冷却性能的数值评估
7. Electronic cooling using ERG aluminum foam subjected to steady/pulsating water and γ-Al2O3 –water nanofluid flows: experimental and numerical approach [O] . Ayman Mahmoud Bayomy Mahmoud 2021

机译：使用ERG铝泡沫进行电子冷却，经受稳定/脉动水和γ-AL2O3-水纳米流体流动：实验和数值方法

Electronic cooling using ERG aluminum foam subjected to steady/pulsating water and γ-Al2O3 –water nanofluid flows: experimental and numerical approach

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