Powder and granular systems

Powder and granular systems, characterized by a variety of particle sizes, shapes, and material properties, exhibit complex dynamic behavior. These systems are influenced by forces, the spatial arrangement of individual grains, and flow properties, which together determine macroscopic behavior such as segregation, mixing, and pattern formation. Using advanced computational models and experiments, our research aims to describe the theoretical basis for the behavior of these systems. The results of our research have potential applicability in various industries, such as pharmaceutical and chemical industries, agriculture, and construction.