Abstract
To investigate the process of drying wheat grain under conditions of combined acousticvacuum exposure, a mathematical model of the process under consideration was developed based on differential equations. Preliminary numerical experiments were carried out using the developed mathematical model. The results of mathematical modeling were obtained in the form of dependencies of changes in mass, temperature and humidity of wheat grain both under separate acoustic and vacuum exposure, and under combined acoustic-vacuum exposure. The drying rate of wheat grain was determined, which is 0.01 g/min under acoustic exposure, 0.19 g/min under vacuum exposure and 0.28 g/min under acoustic-vacuum exposure.
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