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A general correlation for evaporative heat transfer in micro/mini-channels

机译:微型/微型通道中蒸发传热的一般关系

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摘要

Experimental results of the saturated-flow boiling heat transfer in micro/mini-channels for both multi-and single-channel configurations were obtained from the literature. The collected database contains more than 3700 data points, covering a wide range of working fluids, operational conditions, and different micro-channel dimensions. The whole database was analyzed by using various existing correlations to verify their respective accuracies. However, none of the existing correlations could predict the data sets precisely. Using the boiling number, Bond number and Reynolds number, a general correlation for evaporative heat transfer in micro/mini-channels was established. In addition, the Bond number in predicting heat-transfer coefficients can be used as a criterion to classify a flow path as a micro-channel or as a conventional macro-channel.
机译:从文献中获得了多通道和单通道配置的微/微型通道中的饱和流沸腾传热的实验结果。收集的数据库包含3700多个数据点,涵盖了广泛的工作流体,操作条件和不同的微通道尺寸。通过使用各种现有的相关性分析整个数据库,以验证其各自的准确性。但是,现有的相关性都无法准确预测数据集。使用沸腾数,键数和雷诺数,建立了微/微型通道中蒸发传热的一般相关性。另外,预测传热系数时的键数可以用作将流路分类为微通道或常规宏通道的标准。

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