Add to ORKGThe fitting/predictive capabilities of three models (extended Pom-Pom, PTT-XPP and modified Leonov model) are tested for both, steady as well as transient shear and uniaxial extensions flows of mLLDPE and HDPE. The applicability of these constitutive equations has been investigated from the coextrusion flow modeling point of view. Finally, the FEM and modified Leonov model has been employed for the stress analysis in the coextrusion flow domain and predicted stress fields have been compared with the stress measurements from the flow coextrusion visualization cell
A recently proposed modification of the viscoelastic Leonov model is employed as a stress calculator...
The ability of the multi-mode eXtended Pom-Pom model to predict inhomogeneous flows ofa polyethylene...
In recent years, progress has been made in modelling long chain branched polymers by the introductio...
The predictive capabilities of three models (eXtended Pom-Pom, PTT- XPP and modified Leonov model) a...
Two low density polyethylene melts are studied using a coextrusion flow visualisation cell. The cell...
Modified Leonov model has been employed in the modeling of the coextrusion flows with same as well a...
Flow visualisation studies were preformed to determine process parameters initiating interfacial ins...
is a breakthrough in the field of viscoelastic constitutive equations. With this model, a correct no...
We report the first steps of a collaborative project between the University of Queensland, Polyflow,...
The Pom-Pom model, recently introduced by Mcleish andLarson [J.Rheol., 42(1), 1998], is a breakthrou...
The work presents both, simulation and experimental findings of the research of two LDPE melts using...
The study of two low density polyethylene melt flows in slit coextrusion flow cells with 30° and 90°...
Polymer melts experience complex, time variant, stress and deformation fields on their passage throu...
This paper describes experimental and computational modelling of the extrudate swell behaviour in tw...
Constitutive equations represent a powerful tool for analysis and description of linear and branched...
A recently proposed modification of the viscoelastic Leonov model is employed as a stress calculator...
The ability of the multi-mode eXtended Pom-Pom model to predict inhomogeneous flows ofa polyethylene...
In recent years, progress has been made in modelling long chain branched polymers by the introductio...
The predictive capabilities of three models (eXtended Pom-Pom, PTT- XPP and modified Leonov model) a...
Two low density polyethylene melts are studied using a coextrusion flow visualisation cell. The cell...
Modified Leonov model has been employed in the modeling of the coextrusion flows with same as well a...
Flow visualisation studies were preformed to determine process parameters initiating interfacial ins...
is a breakthrough in the field of viscoelastic constitutive equations. With this model, a correct no...
We report the first steps of a collaborative project between the University of Queensland, Polyflow,...
The Pom-Pom model, recently introduced by Mcleish andLarson [J.Rheol., 42(1), 1998], is a breakthrou...
The work presents both, simulation and experimental findings of the research of two LDPE melts using...
The study of two low density polyethylene melt flows in slit coextrusion flow cells with 30° and 90°...
Polymer melts experience complex, time variant, stress and deformation fields on their passage throu...
This paper describes experimental and computational modelling of the extrudate swell behaviour in tw...
Constitutive equations represent a powerful tool for analysis and description of linear and branched...
A recently proposed modification of the viscoelastic Leonov model is employed as a stress calculator...
The ability of the multi-mode eXtended Pom-Pom model to predict inhomogeneous flows ofa polyethylene...
In recent years, progress has been made in modelling long chain branched polymers by the introductio...