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- W4308889327 abstract "The condensation mass transfer time relaxation (rc) is a critical empirical factor that reflects the change in the process from a non-equilibrium state and indicates the rate of the condensation. The determination of rc in the Lee model is crucial for the Computational Fluids Dynamics (CFD) simulation of thermosyphons. In this paper, the relationship between rc and internal parameters influencing the heat transfer performance of the thermosyphon are investigated in detail. The effects of working fluid properties, saturation temperature, filling ratio, and heat input on the temperature distribution of the wall surface of the thermosyphon were studied. Moreover, the corresponding CFD model of the thermosyphon was established. The result indicated that the simulated average condenser temperature rises with increasing rc and gets closer to the experimental average temperature in the form of a log function. By comparing the experimental data with the simulation results, the appropriate rc values for various conditions were determined to be around 104 s−1, within a margin of error of 1.5%. The empirical relationship equations of rc were fitted with experimental results to the key parameters. It was found that the effect on rc of vapor density was relatively minor, while the effect of the filling ratio was the most significant. By applying the obtained relational expression, the simulation results are in good agreement with other references, proving the accuracy and applicability of the calculations. This paper aims to refine the thermosyphon model and, facilitate the exploration of the phase-change heat and mass transfer mechanism of two-phase flow." @default.
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- W4308889327 date "2023-02-01" @default.
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- W4308889327 title "Investigation of the condensation mass transfer time relaxation parameter for numerical simulation of the thermosyphon" @default.
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- W4308889327 doi "https://doi.org/10.1016/j.ijheatmasstransfer.2022.123599" @default.
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