电子工程

As technology advances, increasingly large computing power is being packed into increasingly small devices, bringing with it an increased amount of heat produced.  Cooling of electronic systems has thus become a key concern, both in terms of performance optimization and to reduce the amount of energy necessary to maintain these conditions.

PHOENICS在处理密闭空间中的热传递方面非常适用,而传统湍流模型的精度则低于PHOENICS的LVEL模型,因此,CFD现在被广泛用于对电子系统运行的预测和增强。

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实例探究

LED外壳内的对流散热

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水冷电子箱中的流动

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简体中文