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Experimental and Transient Thermal Analysis of Heat Sink Fin for CPU processor for better performance

机译:CPU处理器散热片的实验和瞬态热分析,实现更好的性能

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The advancement of the digital computer and its utilization day by day is rapidly increasing. But the reliability of electronic components is critically affected by the temperature at which the junction operates. The designers are forced to shorten the overall system dimensions, in extracting the heat and controlling the temperature which focus the studies of electronic cooling. In this project Thermal analysis is carried out with a commercial package provided by ANSYS. The geometric variables and design of heat sink for improving the thermal performance is experimented. This project utilizes thermal analysis to identify a cooling solution for a desktop computer, which uses a 5 W CPU. The design is able to cool the chassis with heat sink joined to the CPU is adequate to cool the whole system. This work considers the circular cylindrical pin fins and rectangular plate heat sink fins design with aluminium base plate and the control of CPU heat sink processes.
机译:数字计算机的进步及其利用日益迅速增加。但电子元件的可靠性受到结的温度的批判性地影响。设计师被迫缩短整体系统尺寸,在提取热量并控制重点电子冷却研究的温度。在该项目中,热分析与ANSYS提供的商业包进行。实验改善热性能的几何变量和散热器的设计。该项目利用热分析来识别用于台式计算机的冷却解决方案,该计算机使用5 W CPU。该设计能够将底盘冷却加入到CPU的散热器足以冷却整个系统。这项工作考虑了圆柱形销翅片和矩形板散热片设计,用铝基板和CPU散热器工艺的控制。

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