Analysis and Simulation of Viscous Material Transportation Based on Discrete Element Method

Abstract

Given the problems such as adhesion and blocking in the transfer station when multiple lap belt conveyors are used for conveying and transporting viscous materials, this paper adopts the discrete element analysis method, based on the establishment of the transfer station model, analyzes the influence and law of material different viscosity on the wear and stacking of the transfer station through EDEM software, and puts forward a series of solutions such as improving the diversion angle of the transfer station, improving the funnel outlet and using polymer materials through simulation experiments. This study has a certain guiding significance for the design or optimization of the transfer station with high humidity and high viscosity materials.