The rheology of solidifying high-density polyethylene (HDPE) is investigated. Experiments on an HDPE were performed with a novel RheoDSC device. Results agree quantitatively with simulations for a suspension of elastic spheres in a viscoelastic matrix except for very low values of space filling (<5%), indicating that the rheological behavior of the crystallizing melt in the frequency range investigated is purely suspension like. The hardening behavior of the material is characterized in two different ways; a normalized rheological function and a time-hardening superposition (THS) master curve of rheological properties. An improvement is proposed to the procedure for performing THS that was previously used in the literature. Based on this pr...
This report is a compilation of the work carried out by different laboratories participating in the ...
The crystallization of semi-crystalline polymers is often ana-lyzed by rheometry and calorimetry. By...
Temperatures of −25 °C, +5 °C, and +35 °C were selected to study the creep behavior of high-density ...
The rheology of solidifying high-density polyethylene (HDPE) is investigated. Experiments on an HDPE...
In the present work, rheological properties of HDPE samples were measured at temperatures of 150˚C, ...
In this study, the linear viscoelastic properties of two series of Ziegler-Natta and metallocene HDP...
The crystallization of a polymer melt, taking place during transformation processes, has a great imp...
The objective of this work is to initiate the discussion about multiphysics relationships between th...
The transient elongational data set obtained by filament-stretching rheometry of four commercial hig...
The determination of relevant rheological properties and parameters in a very broad frequency range ...
Stress relaxation at room and elevated temperatures of high density (HDPE) and linear low-density po...
In this work, the melt fracture behavior of microfilled polymer melts based on a high-density polyeth...
Most studies on environmental stress cracking resistance (ESCR) of polymers have focused on performi...
Fumed silica is widely used as filler / thickening agent to increase the viscosity or to change the ...
The effects of shear, uniaxial extension and temperature on the flow-induced crystallization of two ...
This report is a compilation of the work carried out by different laboratories participating in the ...
The crystallization of semi-crystalline polymers is often ana-lyzed by rheometry and calorimetry. By...
Temperatures of −25 °C, +5 °C, and +35 °C were selected to study the creep behavior of high-density ...
The rheology of solidifying high-density polyethylene (HDPE) is investigated. Experiments on an HDPE...
In the present work, rheological properties of HDPE samples were measured at temperatures of 150˚C, ...
In this study, the linear viscoelastic properties of two series of Ziegler-Natta and metallocene HDP...
The crystallization of a polymer melt, taking place during transformation processes, has a great imp...
The objective of this work is to initiate the discussion about multiphysics relationships between th...
The transient elongational data set obtained by filament-stretching rheometry of four commercial hig...
The determination of relevant rheological properties and parameters in a very broad frequency range ...
Stress relaxation at room and elevated temperatures of high density (HDPE) and linear low-density po...
In this work, the melt fracture behavior of microfilled polymer melts based on a high-density polyeth...
Most studies on environmental stress cracking resistance (ESCR) of polymers have focused on performi...
Fumed silica is widely used as filler / thickening agent to increase the viscosity or to change the ...
The effects of shear, uniaxial extension and temperature on the flow-induced crystallization of two ...
This report is a compilation of the work carried out by different laboratories participating in the ...
The crystallization of semi-crystalline polymers is often ana-lyzed by rheometry and calorimetry. By...
Temperatures of −25 °C, +5 °C, and +35 °C were selected to study the creep behavior of high-density ...