The present work presents numerical simulations of dispersive and distributive mixing of a two phase system being processed in a single screw extruder under various conditions. Models were developed to quantify the degree of mixing of liquid-liquid and solids-liquid systems, for a given set of material properties, operating conditions and extruder geometry.Natalia Domingues acknowledges FCT Portuguese Foundation (Fundacao para a Ciencia e Tecnologia) for grant SFRH/BD/19605/2004
A model for agglomerate dispersion in screw extruders was developed and superimposed on the flow pa...
Single-screw extruders are among the most important processing machineries in the polymer industry. ...
We present numerical simulations for an acrylonitrile-butadiene-styrene copolymer (ABS) resin extrus...
The present work presents numerical simulations of dispersive and distributive mixing of a two phas...
Mixing indices can be derived from descriptions of morphology evolution of liquid-liquid or solid-li...
Models to predict the evolution of the morphology of immiscible liquid-liquid systems and of solid a...
This work proposes the use of global quantitative dispersive and distributive mixing indices to cha...
Polymer extrusion is one of the most important polymer processing techniques. Modelling of the pheno...
A model for solid agglomerate dispersion in single screw extruders is proposed. The model combines n...
We present a new model for assessing mixing in extrusion processes. The model combines numerical sim...
The mixing characteristics of a Dulmage-type screw, a kind of distributive mixing element, in single...
A model for solid agglomerate dispersion in single screw extruders is proposed. The model combines n...
This study investigates distributive mixing in the flow direction for a single-screw extruder. With ...
Mixing is crucial in most polymer processing operations towards obtaining high-quality products (e.g...
Simultaneous characterization of dispersive and distributive mixing in a single screw extruder was d...
A model for agglomerate dispersion in screw extruders was developed and superimposed on the flow pa...
Single-screw extruders are among the most important processing machineries in the polymer industry. ...
We present numerical simulations for an acrylonitrile-butadiene-styrene copolymer (ABS) resin extrus...
The present work presents numerical simulations of dispersive and distributive mixing of a two phas...
Mixing indices can be derived from descriptions of morphology evolution of liquid-liquid or solid-li...
Models to predict the evolution of the morphology of immiscible liquid-liquid systems and of solid a...
This work proposes the use of global quantitative dispersive and distributive mixing indices to cha...
Polymer extrusion is one of the most important polymer processing techniques. Modelling of the pheno...
A model for solid agglomerate dispersion in single screw extruders is proposed. The model combines n...
We present a new model for assessing mixing in extrusion processes. The model combines numerical sim...
The mixing characteristics of a Dulmage-type screw, a kind of distributive mixing element, in single...
A model for solid agglomerate dispersion in single screw extruders is proposed. The model combines n...
This study investigates distributive mixing in the flow direction for a single-screw extruder. With ...
Mixing is crucial in most polymer processing operations towards obtaining high-quality products (e.g...
Simultaneous characterization of dispersive and distributive mixing in a single screw extruder was d...
A model for agglomerate dispersion in screw extruders was developed and superimposed on the flow pa...
Single-screw extruders are among the most important processing machineries in the polymer industry. ...
We present numerical simulations for an acrylonitrile-butadiene-styrene copolymer (ABS) resin extrus...