Polydisperse suspensions consist of particles differing in size or density that are dispersed
in a viscous fluid. During sedimentation, the different particle species segregate and create …

Polydisperse suspensions consist of small particles which are dispersed in a viscous fluid
and which belong to a finite number N of species that differ in size or density. Spatially one …

Polydisperse suspensions with particles of a finite number N of size classes have been
widely studied in laboratory experiments. However, in most real-world applications the …

The sedimentation of a polydisperse suspension of small spherical particles dispersed in a
viscous fluid, where particles belong to N species differing in size, can be described by a …

The random initial positions of particles in any sedimentation experiment and the extreme
sensitivity of the creeping-motion equations to even minute variations in these positions …

There are two fundamentally different approaches to sedimentation and fluidization. The first
treats suspensions as continua while the second deals with individual particles. The first …

Continuum and particle-based methods are outlined and their features are contrasted. The
latter method is well suited to simulate small-scale laboratory experiments because the …

Polydisperse suspensions with particles of a finite number N of size classes have been
widely studied in laboratory experiments. However, in most real-world applications the …

The analysis of the double-diffusion model and H (div)-conforming method introduced in
[Bürger, Méndez, Ruiz-Baier, SINUM (2019), 57: 1318–1343] is extended to the time …

En este trabajo se desarrollaron de manera muy detallada los cálculos para mostrar la
hiperbolicidad del modelo de sedimentación de suspensiones polidispersas de Höfler …