The review of 50 years of papers published in Soils and Foundations demonstrates that
signiˆcant eŠort has been made by many researchers to develop soil models. The …

A cellular automaton based on a gas model of hydrodynamics was used to calculate the
kinematics of non-cohesive granular materials during confined flow in a mass flow and …

During confined flow of bulk solids in silos some characteristic phenomena can be created,
such as: sudden and significant increase of wall stresses, different flow patterns, formation …

We present a framework to study regolith segregation on rubble-pile asteroids—self-
gravitating granular aggregates—due to seismic shaking induced by impacts sustained …

Engineering materials such as sand, concrete, rock, ceramics and polymers have common
properties like heterogeneity, anisotropy, discrete structure and nonlinear behavior. To …

A simplified cellular automaton was used to calculate the kinematics of non-cohesive
granular materials during confined flow in silos. In this model, granular flow was assumed to …

A particle impact damper is a vibration absorber type that consists of a container attached to
a primary vibrating structure. It also contains many particles that are constrained to move …

In granular materials, like sand or grain seed, each particle has its own shape and size.
However, such information on each individual particle is not sufficient to characterize the …

SSGG 10 - Simulations of Flow Pattern with Cellular Automaton Page 1 J. Tejchman: Confined
Granular Flow in Silos, SSGG, pp. 455–492. DOI: 10.1007/978-3-319-00318-4_9 © Springer …

This paper deals with the study of size segregation of particles where the size difference
causes characteristic movement of particles inside granular media according to the induced …