Abstract
The movement of a particle in a round channel with permeable walls was investigated with account for the action of the mass forces on it. The results of a qualitative analysis and a numerical simulation of the trajectories of movement of this particle were compared. The singular points of the trajectory of movement of the indicated particle at characteristic parameters of the problem changing in wide ranges were determined and the regimes of this movement were classified depending on the Stokes and Froude numbers.
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