Methods of Description of Solid Dispersive Mediums Motion in Different Planes for Mixer Drum Sections
The authors proposed different implementations of a stochastic method using the theory of impact processes to determine differential distribution functions of particles in mixed flows of bulk materials at disruption from paddles fastened in a helical line on the drum surface at the angle of atomization. The given methods of stochastic modeling correspond to the three descriptions of solid dispersive mediums motion in mixer zone - in cross and longitudinal planes for mixer drum sections, and in the full enclosed volume of the apparatus. In particular, the model construction is proposition to realize subject to secondary particle collisions in the longitudinal plane relatively rotation axis of the mixer drum, and reflect grain size of the mixing components in the cross plane. The consolidation of these methods makes it possible to receive full differential distribution functions of particles on the drum surface at the angle of atomization both in cross and longitudinal planes for the mixer drum sections. The results can be used to assess the quality of the granular mixture, in particular, when adding one of the components to the mixture.