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Heat transfer enhancement from enclosed discrete components using pin-fin heat sinks

机译:使用针翅式散热器增强封闭式分立组件的传热

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摘要

Computational modeling, temperature measurements, and flow visualizations were conducted to investigate the enhancement of combined natural convection, conduction, and radiation heat transfer from a 25.4 mm x25.4 mm discrete heat source in a 127 mm x 127 mm and 41.3 mm high enclosure, using pin-fin heat sinks. The pin-fin array was attached to the heated component, which was flush mounted on the enclosure base. Effects of flow confinement by enclosure walls on heat transfer from the pin-fin heat sink ware found prominent.
机译:进行了计算建模,温度测量和流动可视化,以研究在127 mm x 127 mm和41.3 mm高的外壳中25.4 mm x25.4 mm离散热源对自然对流,传导和辐射的综合传热的增强,使用针翅式散热器。针翅阵列连接到加热的组件,该组件齐平安装在外壳基座上。发现封闭壁对气流的限制对针翅式散热器产品传热的影响十分明显。

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