Constitutive equations represent a powerful tool for analysis and description of linear and branched polymer materials (even for polydisperse ones). Predictive/fitting capabilities of three constitutive models (eXtended Pom-Pom, PTT-XPP, and modified Leonov models) were examined using four standard industrial PE materials (two linear and two branched). All the materials were tested in both shear and uniaxial extensional flows (steady and transient)
International audienceWe present a tube-based constitutive model for polydisperse entangled linear p...
We present new non-linear data in extension and two different shear histories. These data are used t...
The rheological behavior of polymer melts plays an important role during processing since it not onl...
A new mol. constitutive equation for a class of branched polymers was introduced by McLeish and Lars...
We report the first steps of a collaborative project between the University of Queensland, Polyflow,...
is a breakthrough in the field of viscoelastic constitutive equations. With this model, a correct no...
The Pom-Pom model, recently introduced by Mcleish andLarson [J.Rheol., 42(1), 1998], is a breakthrou...
The predictive capabilities of three models (eXtended Pom-Pom, PTT- XPP and modified Leonov model) a...
The thermodynamic consistency of the eXtended Pom-Pom (XPP) model for branched polymers of Verbeeten...
Polymer processing modelling offers new opportunities for die or mould optimization. We first prese...
The linear viscoelastic properties of linear polymers melts and solutions are well understood and ca...
In recent years, a number of constitutive equations have been derived from reptation theory to descr...
In this work, virgin as well as thermally degraded branched polypropylenes were investigated by usin...
The fitting/predictive capabilities of three models (extended Pom-Pom, PTT-XPP and modified Leonov m...
The linear viscoelastic properties of linear polymers melts and solutions are well understood and ca...
International audienceWe present a tube-based constitutive model for polydisperse entangled linear p...
We present new non-linear data in extension and two different shear histories. These data are used t...
The rheological behavior of polymer melts plays an important role during processing since it not onl...
A new mol. constitutive equation for a class of branched polymers was introduced by McLeish and Lars...
We report the first steps of a collaborative project between the University of Queensland, Polyflow,...
is a breakthrough in the field of viscoelastic constitutive equations. With this model, a correct no...
The Pom-Pom model, recently introduced by Mcleish andLarson [J.Rheol., 42(1), 1998], is a breakthrou...
The predictive capabilities of three models (eXtended Pom-Pom, PTT- XPP and modified Leonov model) a...
The thermodynamic consistency of the eXtended Pom-Pom (XPP) model for branched polymers of Verbeeten...
Polymer processing modelling offers new opportunities for die or mould optimization. We first prese...
The linear viscoelastic properties of linear polymers melts and solutions are well understood and ca...
In recent years, a number of constitutive equations have been derived from reptation theory to descr...
In this work, virgin as well as thermally degraded branched polypropylenes were investigated by usin...
The fitting/predictive capabilities of three models (extended Pom-Pom, PTT-XPP and modified Leonov m...
The linear viscoelastic properties of linear polymers melts and solutions are well understood and ca...
International audienceWe present a tube-based constitutive model for polydisperse entangled linear p...
We present new non-linear data in extension and two different shear histories. These data are used t...
The rheological behavior of polymer melts plays an important role during processing since it not onl...