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Thermal cooling enhancement of dual processors computer with thermoelectric air cooler module

机译:具有热电空气冷却器模块的双处理器计算机的热冷却增强

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摘要

The thermal cooling enhancement technique of dual processors workstation computer couple thermoelectric air cooler module is studied experimentally. The monitored parameters mainly focus on the computer load conditions, with and without thermoelectric air cooler module, cooling fan turns on/off modes, and different cooling fan sizes. In experiment process, the working computer load of 0–100% is performed. The temperature distribution inside the computer chassis depends on the density, position of the components inside the computer both active and passive components. It is found that the thermoelectric air cooler module has a significant effect on the air and the CPU temperatures of the dual processor computer. In addition, the operating modes, positions and sizes of the cooling fan have significant effect on air distribution inside the computer chassis. However, energy consumption is also increased. The results of this study are expected to lead to guidelines that will allow the design of the cooling system with improved heat transfer performance of the electronic equipment.
机译:实验研究了双处理器耦合热电空气冷却器模块的热增强技术。监视的参数主要集中在计算机负载情况下,有无热电空气冷却器模块,冷却风扇的打开/关闭模式以及不同的冷却风扇尺寸。在实验过程中,计算机的工作负载为0–100%。计算机机箱内部的温度分布取决于有源和无源组件在计算机内部组件的密度,位置。发现热电空气冷却器模块对双处理器计算机的空气和CPU温度有重大影响。此外,冷却风扇的运行模式,位置和大小会对计算机机箱内部的空气分配产生重大影响。但是,能量消耗也增加。预期这项研究的结果将导致制定指导方针,以使冷却系统的设计具有改进的电子设备传热性能。

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