The microstructural link to the rheology of carbon black suspensions has recently become
clear as a result of advances in computational and experimental methods. This …

The aggregation kinetics of sedimenting colloidal particles under fully destabilized
conditions has been investigated over a wide range of particle volume fractions (Φ) and …

Hypothesis In spite of the abundant literature on Brownian simulations of the aggregation
behavior of colloidal suspensions both under quiescent conditions and in the presence of …

In recent years, targeted drug delivery systems have been regarded as a promising solution
to enhance the efficiency of treatments against clots in blood vessels. In this context, shear …

Colloidal suspension spray drying is often used as a route to produce micrometric
agglomerates. The morphology and re-dispersion behavior of such agglomerates under …

In this work we present a method to investigate the breakup of filler agglomerates in an
internal mixer during a compounding operation. The method employs computational fluid …

The present work has aimed at gaining a deeper understanding of the effects of shear flow
on the behaviors of nano filler evolution inside linear and long chain branched polymer …

For the nanoparticle-filled polymers, weak attractive interactions between nanoparticles lead
to agglomeration and even formation of a network of nanoparticles in the polymer matrix …

The process of shear‐induced aggregation of fully destabilized colloidal suspensions has
been investigated by adopting a mixed deterministic‐stochastic modelling method. This …

Two static yield stress models, one known as YODEL and the newly proposed BreakPro,
based on inter-particle bond breaking probability, were employed to comparatively simulate …