We present results concerning the important role of system packing in the processes of
density-and inelasticity-induced segregation in vibrofluidized binary granular beds. Data are …

Controlling segregation is both a practical and a theoretical challenge. Using a novel drum
design comprising concave and convex geometry, we explore, through the application of …

The Janssen model of stress redistribution within laterally bounded particulate assemblies is
a longstanding and valuable theoretical framework, widely used in the design of industrial …

The behaviors of granular systems are sensitive to a wide variety of particle properties,
including size, density, elasticity, and shape. Differences in any of these properties between …

Using discrete particle simulations validated by experimental data acquired using the
positron emission particle tracking technique, we study the efficiency of energy transfer from …

Using a combination of experimental results acquired through positron emission particle
tracking and simulational results obtained via the discrete particle method, we determine a …

The decay of energy within particulate media subjected to an impulse is an issue of
significant scientific interest, but also one with numerous important practical applications. In …