STUDY OF THE CONDITIONS OF MATERIAL MOVEMENT IN THE GRANULE CHAMBER

The article substantiates the need for scientific and technical developments, theoretical experimental studies of processes agglomeration powdery, viscous-plastic materials, as well materials an anisotropic structure to obtain molded bodies a given granulometry in order improve their consumer properties. A mathematical model is presented. It describes conditions material movement granulation chamber, which presented system differential equations viscous incompressible fluid cylindrical coordinate system. results carried out are confirmed by physical modeling technological process granulation. According study it conclude that rate shear deformations layer across width chamber varies unevenly, is, degree freedom particles limited. solution proposed eliminate this disadvantage creating more favorable implementation processes, can be created toroidal or close shape due intensification volumetric spatial material.