Abstract Flow-induced crystallisation in the course of melt spinning changes properties of as-spun fibres and modifies dynamics of the process. Velocity, stress and temperature profiles depend on the speed of on-line crystallisation. Very important but little studied is coupling between crystallinity and rheological properties of the polymer melt. Effects of crystallisation on the dynamics of melt spinning and on the rheological behaviour have been discussed and compared with model calculations and available experimental data
A macroscopic model for the description of low- and high-speed fiber spinning of crystallizing polym...
Flow induced crystallisation in polymers is an important problem in both fundamental polymer science...
A mathematical model was developed to describe the high speed melt spinning behavior of nylon-6. Thi...
Departing from molecular based rheology and rubber theory, four different flow regimes are identifie...
Understanding the flow induced crystallisation (FIC) process is necessary due to its technological r...
Molecular aspects of polymer melt rheology play an extremely strong role in governing the processing...
Data from iPP film casting experiments served as a basis to model the effect of flow on polymer crys...
A model has been developed, which provides a coupling between the kinetics of flow-induced crystalli...
Achieving better control in fused filament fabrication (FFF) relies on a molecular understanding of ...
Molecular properties are reflected in the rheological and crystallization behavior. The first task i...
A macroscopic model for the description of low- and high-speed fiber spinning of crystallizing polym...
Flow induced crystallisation in polymers is an important problem in both fundamental polymer science...
A mathematical model was developed to describe the high speed melt spinning behavior of nylon-6. Thi...
Departing from molecular based rheology and rubber theory, four different flow regimes are identifie...
Understanding the flow induced crystallisation (FIC) process is necessary due to its technological r...
Molecular aspects of polymer melt rheology play an extremely strong role in governing the processing...
Data from iPP film casting experiments served as a basis to model the effect of flow on polymer crys...
A model has been developed, which provides a coupling between the kinetics of flow-induced crystalli...
Achieving better control in fused filament fabrication (FFF) relies on a molecular understanding of ...
Molecular properties are reflected in the rheological and crystallization behavior. The first task i...
A macroscopic model for the description of low- and high-speed fiber spinning of crystallizing polym...
Flow induced crystallisation in polymers is an important problem in both fundamental polymer science...
A mathematical model was developed to describe the high speed melt spinning behavior of nylon-6. Thi...