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Pool boiling heat transfer in a vertical annulus with controlled inflow area at its bottom

机译:垂直环空中的池沸腾传热,底部的流入面积可控

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To investigate effects of the inflow rate on pool boiling heat transfer in a vertical annulus, the inflow area at its bottom has been changed from 0 to 1060.26 mm~2. For the test, a heated tube of 16.5 mm diameter and water at atmospheric pressure has been used. To elucidate effects of the inflow area on heat transfer results of the annulus are compared to the data of a single unrestricted tube. The change in the inflow rate at the bottom of the annulus results in variation in heat transfer coefficients. When the inflow area is 176.71 mm~2 the deterioration point of heat transfer coefficients gets moved up to the higher heat fluxes because of the convective flow at the bottom regions.
机译:为了研究流入速率对垂直环空中池沸腾传热的影响,其底部的流入面积已从0更改为1060.26 mm〜2。为了进行测试,使用了直径为16.5 mm的加热管和大气压下的水。为了阐明流入面积对环的传热结果的影响,将其与单个无限制管的数据进行了比较。环底部的流入速率的变化导致传热系数的变化。当流入面积为176.71 mm〜2时,由于底部区域的对流,传热系数的劣化点上升到更高的热通量。

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