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The flow and segregation behaviours of the binary mixtures with different particle sizes during die filling in air and in a vacuum were investigated using a coupled discrete element method (DEM) and computational fluid dynamics (CFD) in three dimensions (3D). Two types of computational setups were considered: i) a fully 3D model with real wall boundaries and ii) a thin sliced model with a slice of...
In this study, segregation behaviour of binary granular mixtures with the same particle size but different densities during die filling in the presence of air was investigated using a combined discrete element method (DEM) and computational fluid dynamics (CFD) approach, in which the kinematics of particles was modelled using DEM, the motion of air was analysed using CFD and a two-way coupling of...
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