MATHEMATICAL MODELING OF GRAIN VIBRO-DISPLACEMENT IN HEAT TREATMENT
Heat treatment of grain is used for drying, disinfection, increasing the mass transfer intensity in preparation for storage in a dry state, feeding, removing oil from oil-bearing materials and products. A special place in the newest technologies of grain processing belongs to heat treatment by infrared radiation, since, in addition to removing moisture and absolutely harmless disinfection of harmful microflora, the forage qualities of grain material increase due to physicochemical changes in the processed material and inactivation of anti-nutrients. But with high-intensity processes of IR heat treatment, the energy performance per unit of finished product sharply increases, so the definition of modes and parameters of the process for energy optimization is an actual task. The article studies the results of studies of interrelated processes of vibro-displacement and high-intensity heat treatment of grain for determining rational regimes and parameters of machines for heat treatment of grain.