The Computer Modeling of the Thermal Agent Hydrodynamics Through the Alcohol Distillery Stillage Stationary Layer

The paper describes the results of numerical computer modeling of the thermal agent flow hydrodynamics through a layer of dried corn alcohol distillery stillage. Based on the experimental data of the flow movement hydrodynamics, the viscous and inertial resistance coefficients necessary for the simulation were calculated. Computer modeling was carried out for experimentally determined air flow velocities
$(0.79\div 1.85 \mathrm{m}/\mathrm{s})$
for the studied heights of the studied material layer
$(80\div 120\ \text{mm})$
. The obtained values of the layer hydraulic resistance are compared with the experimental data, and the average error for all values is 4.36%.