FORMULATION OF A MATHEMATICAL THEORY OF INDUSTRIAL COTTON FIBER CLEANING WITH THE AEROMECHANICAL APPROACH
Abstract
This research focuses on developing a mathematical model of the aeromechanical cleaning process of cotton fiber to optimize the separation of impurities and maintain fiber quality. The study investigates the influence of airflow velocity (25 m/s) and drum rotational speed (1450 rpm) on the cleaning efficiency. Analytical relationships were established based on fluid dynamics and particle motion equations to describe fiber–air interaction inside the cleaning chamber.
References
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