Add to ORKGWe explore both the rheology and complex flow behavior of monodisperse polymer melts. Adequate quantities of monodisperse polymer were synthesized in order that both the materials rheology and microprocessing behavior could be established. In parallel, we employ a molecular theory for the polymer rheology that is suitable for comparison with experimental rheometric data and numerical simulation for microprocessing flows. The model is capable of matching both shea
Equibiaxial deformation is an important flow in industrial processes such as film blowing and blow m...
Conceptual advances and rapidly unproved computer speed have fueled tremendous research in rheology ...
The aim of the present paper is to analyse the differences between tube-based models which are widel...
We explore both the rheology and complex flow behavior of monodisperse polymer melts. Adequate quant...
While there has been much success in modeling the linear and nonlinear rheology of monodisperse enta...
A tube and reptation model is presented which is capable of generating quantitative predictions of t...
In this thesis, we propose a new microstructural model to describe the rheology of entangled linear ...
Elastic instabilities of entangled polymer melts are common in industrial processes but the physics ...
63rd Annual Meeting of the Society of Rheology 'Molecular Models of Polymer Liquids', Rochester (N. ...
We present an extension of the Rouse-CCR tube model for linear entangled polymers, by incorporating ...
Parallel superposition experiments are used here for the linear and nonlinear rheological characteri...
We present a tube-based constitutive model for polydisperse entangled linear polymers. The model is ...
The study of entangled polymer rheology both in the field of medicine and polymer processing has the...
In this thesis we investigated three different aspects of polymer dynamics using molecular dynamics ...
The aim of the present paper is to analyse the differences between tube-based models which are widel...
Equibiaxial deformation is an important flow in industrial processes such as film blowing and blow m...
Conceptual advances and rapidly unproved computer speed have fueled tremendous research in rheology ...
The aim of the present paper is to analyse the differences between tube-based models which are widel...
We explore both the rheology and complex flow behavior of monodisperse polymer melts. Adequate quant...
While there has been much success in modeling the linear and nonlinear rheology of monodisperse enta...
A tube and reptation model is presented which is capable of generating quantitative predictions of t...
In this thesis, we propose a new microstructural model to describe the rheology of entangled linear ...
Elastic instabilities of entangled polymer melts are common in industrial processes but the physics ...
63rd Annual Meeting of the Society of Rheology 'Molecular Models of Polymer Liquids', Rochester (N. ...
We present an extension of the Rouse-CCR tube model for linear entangled polymers, by incorporating ...
Parallel superposition experiments are used here for the linear and nonlinear rheological characteri...
We present a tube-based constitutive model for polydisperse entangled linear polymers. The model is ...
The study of entangled polymer rheology both in the field of medicine and polymer processing has the...
In this thesis we investigated three different aspects of polymer dynamics using molecular dynamics ...
The aim of the present paper is to analyse the differences between tube-based models which are widel...
Equibiaxial deformation is an important flow in industrial processes such as film blowing and blow m...
Conceptual advances and rapidly unproved computer speed have fueled tremendous research in rheology ...
The aim of the present paper is to analyse the differences between tube-based models which are widel...