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A Novel Pin-fin Based Cooling Device for Autonomous Driving High-performance Computers

机译:一种用于自主驾驶高性能电脑的新型销翅基冷却装置

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in this study, a novel design for a liquid cooler is presented to control the temperature in high-performance processors. Experiments are performed to show the superior performance of the 3D metal printed cooler compared to existing fan heat sinks. A computational fluid dynamics model is additionally developed and validated in this study by experiments. The model is aimed at providing a low cost and fast platform to optimize the presented cooler design in future in order to reach the lowest chip temperature with as low pressure drop as possible.
机译:在该研究中,提出了一种用于液体冷却器的新颖设计以控制高性能处理器中的温度。 与现有风扇散热器相比,进行实验以显示3D金属印刷冷却器的优异性能。 通过实验还在本研究中开发并验证了计算流体动力学模型。 该模型旨在提供低成本和快速平台,以优化未来所呈现的冷却器设计,以便尽可能低地降低芯片温度。

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