Abstract Effect of intensification of cellulose dissolution process on the spinning of lyocell
fibers and their physical properties was systematically investigated. The cellulose …

In this article, a multiscale simulation method of polymer melt injection molding filling flow is
established by combining an improved smoothed particle hydrodynamics method and …

Many industrial polymer melts are entangled and undergo crystallization during processing.
Several recent studies have reported experimental data for the rheology of crystallizing …

Prior studies have extensively shown that the discrete slip-link model (DSM) accurately
predicts the linear and nonlinear rheology of various entangled polymer systems. The only …

We evaluate the thermodynamic consistency of the anisotropic mobile slip-link model for
entangled flexible polymers. The level of description is that of a single chain, whose …

Cellulose is most abundant biopolymer on earth and can be utilized as sustainable
resources for many applications, however, their utilization at great extent is limited due to …

A computational and experimental framework for quantifying flow-enhanced nucleation
(FEN) in polymers is presented and demonstrated for an industrial-grade linear low-density …

The constraint release (CR) mechanism has important effects on polymer relaxation and the
chains will show different relaxation behaviour in conditions of monodisperse, bidisperse …

The linear viscoelasticity of polydisperse samples and their discretization into a blend of nf
monodisperse fractions is compared. The molecular weight distribution of the polydisperse …

For ecoSLM—an ultra coarse-grained slip link model—the ability to use a time-step that
increases with chain molecular weight is an important source of efficiency in modeling the …