本文介绍了螺旋双槽管内强迫对流冷凝的一系列实验结果。本研究中研究了两种不同的双槽管，实验表明两种管的冷凝系数显著不同。作为比较的基础，在Taborek等人的工作基础上，还建立了一个计算机模型，用等效密度计预测平面水平管中的强迫对流凝结。该模型利用了与流型有关的局部凝结系数。将预测值与实验测量值进行了比较，并利用这些比较提出了双螺旋管内冷凝的机理- 有凹槽的管子。比较表明，每个管中的冷凝机制不同，这可能与凹槽的形状有关。单位:双引文:研讨会，ASHRAE交易，1988年，第94卷，pt。2、渥太华

This paper presents the results of a series of experiments on forced convective condensation inside coiled, doubly-fluted tubes. Two different doubly-fluted tubes were investigated in this study, and experiments showed significantly different condensation coefficients for the two. As a basis for comparison, a computer model was also implemented based on the work of Taborek et al. to predict forced convective condensation in plain horizontal tubes with equivalent dianeters. This model makes use of flow-regime-dependent local condensation coefficients. The predicted values were compared with the experimentally measured values, and these comparisons were used to suggest a mechanism for condensation in the coiled, doubly-fluted tubes. The comparisons suggest that a different mechanism governs condensation in each tube, and this can be related to the shape of the flutes.Units: Dual