Mobile Particulate Systems

to Mobile Particulate Systems.- Suspensions.- 1 Introduction and basic principles of suspensions.- 2 Interaction of two suspended particles.- 3 The rheology of concentrated suspensions of non colloidal particles: Variations on a theme by Albert Einstein -Latest update.- 4 Shear-induced particle diffusion in dilute suspensions: some recent theoretical results.- 5 Brownian motion.- Chapte 6 Pairwise aggregation in dilute suspensions.- Hydrodynamic dispersion in sedimenting sus pensions.- 8 Order and disorder in fiber suspensions.- 9 Rheology of pastes.- 10 Derivation of the nonlocal stress in bound, Brownian suspensions of slender, rigid fibers.- Fluidized beds.- 11 Fluidized particles.- 12 Bubbles in fluidized beds.- 13 Basic equations and constitutive relations of fluidized beds of interacting particles.- 14 Nonlinear concentration waves in fluidized beds of interacting particles.- 15 Linear and nonlinear concentration waves in magnetically stabilized fluidized beds.- Granular media.- 16 Computer simulations and experiment on the quasi-static mechanics and transport properties of granular materials.- 17 Simulating moving granular media.- 18 Marginal ice zone dynamics modelled by cornputer simulations involving floe collisions.- 19 Dynamics of Avalanches in a rotating cylinder.- 20 Force Models for Particle-Dynamics Simulations of Granular Materials.- Conclusion.- Advances and opportunities for future research.- List of short talks and workshops.