Distillation process simulation by physical homotopy algorithm
Tianyi Li, Yue-Gang Qu, Song Haihua
Abstract
Tianyi Li, Yue-Gang Qu, Song Haihua
Abstract
The MET equations including tray efficiency were proposed for the first time based on the non-equilibrium stage model METSH equations in this paper, in which the physical homotopy algorithm was applied to calculate the nonideal mixture. The homotopy parameter was the tray efficiency. The result shows that such methods is greater in the convergent ranges, higher in the convergent speed.
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The MET equations including tray efficiency were proposed for the first time based on the non-equilibrium stage model METSH equations in this paper, in which the physical homotopy algorithm was applied to calculate the nonideal mixture. The homotopy parameter was the tray efficiency. The result shows that such methods is greater in the convergent ranges, higher in the convergent speed.
Key concepts: Tray, Homotopy analysis method, Homotopy perturbation method, Homotopy, Applied mathematics, Distillation, Algorithm, Mathematics