首页> 外文会议>ASME/JSME Thermal Engineering Joint Conference >DEVELOPMENT OF IMPROVED TWO-PHASE TWO-COMPONENT PIPE FLOW HEAT TRANSFER CORRELATIONS FROM EXISTING CORRELATIONS AND PUBLISHED DATA
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DEVELOPMENT OF IMPROVED TWO-PHASE TWO-COMPONENT PIPE FLOW HEAT TRANSFER CORRELATIONS FROM EXISTING CORRELATIONS AND PUBLISHED DATA

机译:从现有相关性和发布数据的改进的两相双组分管流传热相关性的发展

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In this study, six two-phase nonboiling heat transfer correlations obtained from the recommendations of our previous work were assessed. These correlations were modified using seven extensive sets of two-phase flow experimental data available from the literature, for vertical and horizontal tubes and different flow patterns and fluids. A total of 524 data points from five available experimental studies (which included the seven sets of data) were used for improvement of the six identified correlations. Based on the tabulated and graphical results of the comparisons between the predictions of the modified heat transfer correlations and the available experimental data, appropriate improved correlations for different flow patterns, tube orientations, and liquid-gas combinations were recommended.
机译:在这项研究中,评估了从我们以前的工作建议获得的六种两相非沸腾的传热相关性。使用从文献提供的七组广泛的两相流动实验数据来修改这些相关性,用于垂直和水平管和不同的流动模式和流体。共有来自五种可用实验研究的524个数据点(包括七组数据)用于改善六种鉴定的相关性。基于所改变的传热相关性的预测和可用的实验数据的预测之间的表格和图形结果,推荐了适当改进的不同流动模式,管取向和液体 - 气组合的相关性。

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