Crystal Growth in Falling Film Flow

CTS-9200693威廉·E·斯图尔特提出了分析降膜流动中冰晶生长的数值模型和独立参数的优化。该模型将用于最大限度地提高降膜中的晶体生长速度。将传热和冰晶生长的模拟结果与以前的一些实验结果进行了比较。数值模式将通过增强有效导热系数和降低有效粘度来考虑降膜流体与冰晶之间的相互作用。这项拟议的研究将建立一个数值模型，可用于优化控制冰晶生长的参数，以最大限度地提高晶体生长速度。

ABSTRACT CTS-9200693 William E. Stewart The development of a numerical model and the optimization of the independent parameters for analyzing ice crystal growth in falling film flow is proposed. The model will be used to maximize the crystal growth rate in the falling film. The heat transfer and ice crystal growth simulation results will be compared to some previous experimental results. The numerical model will incorporate the interaction between the falling film fluid and the ice crystals by means of enhanced, effective thermal conductivities and reduced, effective viscosities. The proposed research will establish a numerical model that can be used to optimize the parameters that govern ice crystal growth to maximize crystal growth rate.