CFD analysis on various cross sectioned fins to determine the heat transfer rate

机译：各种横叶翅片的CFD分析确定传热速率

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The research work is carried out to investigate the heat transfer rate in heat sink by varying the geometry of the fins and considering air as the working fluid. Analysis for heat-sink will be calculated by considering Reynolds number of 800. Heat sink fin geometries such as square and hexagonal shapes are considered. Fluent analysis is carried out for various conditions. Various parameters are determined for various materials like aluminum 7475 and copper. The total heat sink system is modeled in CATIA. ANSYS Fluent is used for the analysis.

机译：通过改变翅片的几何形状并考虑空气作为工作流体，进行研究工作以研究散热器中的传热速率。将通过考虑雷诺数800的散热器分析。考虑散热片翅片几何形状，例如正方形和六边形形状。对各种条件进行流利的分析。针对铝7475和铜等各种材料确定各种参数。总散热器系统在CATIA中建模。 ANSYS流畅用于分析。

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《International Conference on "Advancements in Aeromechanical Materials for Manufacturing"》|2021年|various paging|共9页
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J. Sai Karteek; Ambatipudi Ravindra;
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中图分类工程材料学;
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4. CFD analysis on various cross sectioned fins to determine the heat transfer rate [C] . J. Sai Karteek, Ambatipudi Ravindra International Conference on "Advancements in Aeromechanical Materials for Manufacturing" . 2021

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CFD analysis on various cross sectioned fins to determine the heat transfer rate

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