Open AccessJournal Article
Condensing heat transfer within horizontal tubes
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In this paper, the effects of vapor velocity, liquid loading, and physicai properties of the fluid on the condensing coefficient of a vapor in a horizontal tube were investigated, and the data, presented in graphs, were obtained in tests in which the aversge condensing coefficients was determined as a function of the mass flow of the vapor in the tube at constant tube wall temperature and constant pressure.Abstract:
The effects of vapor velocity, liquid loading, and physicai properties of the fluid on the condensing coefficient of a vapor in a horizontal tube were investigated. The data, presented in graphs, were obtained in tests in which the aversge condensing coefficient was determined as a function of the mass flow of the vapor in the tube at constant tube wall temperature and constant pressure. (J.R.D.)read more
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A general correlation for heat transfer during film condensation inside pipes
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Condensation in horizontal tubes, part 2: new heat transfer model based on flow regimes
TL;DR: In this paper, a flow pattern/flow structure based heat transfer model for condensation inside horizontal, plain tubes is proposed based on simplified flow structures of the flow regimes, and also includes the effect of liquid-vapor interfacial roughness on heat transfer.
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An Improved and Extended General Correlation for Heat Transfer During Condensation in Plain Tubes
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