The analogies between colloidal glasses and gels have stimulated an increased effort in
recent years to unify the description of the transitions to these disordered solid-like states …

This review discusses the structure and phase behaviour of mixtures of colloidal particles
and non-adsorbing polymers in the protein limit of large polymers and small colloids. The …

We use computer simulations to study the mechanisms governing the linear viscoelasticity
behavior of composites of spherical nanofillers dispersed in polymer melt matrices. Our …

We report a numerical study, covering a wide range of packing fraction ϕ and temperature T,
for a system of particles interacting via a square well potential supplemented by an …

We study the mechanism of depletion stabilization and the resultant microstructure of
aqueous suspensions of nanosized silica and poly (vinyl alcohol)(PVA). Rheology, small …

Particulate gels are of enormous technological significance, and have flow properties that
can be tuned by changing suspension volume fraction or the strength of interparticle …

The equilibrium and nonequilibrium phase behavior, fluid structure, and thermodynamic
properties of model suspensions of flexible nonadsorbing polymers mixed with hard …

The Polymer Reference Interaction Site Model (PRISM) theory describes the equilibrium
spatial correlations of liquid-like polymer systems including melts, blends, solutions, block …

Understanding the response of fillers in the epoxy resin crosslinking process and
characterizing polymer–filler dynamics are the key features that guide the engineering of …

The structure of polymers in the vicinity of spherical colloids is investigated by Monte Carlo
simulations and integral equation theory. Polymers are represented by a simple bead …