Mixing is one of the main functions of screw extruders. Mixing is usually divided in distributive and dispersive mixing. It is well known that single screw extruders generally have poor mixing capability even when dispersive mixing elements are incorporated into the screw design. This paper will discuss the requirements for dispersive mixing. Current dispersive mixing elements used in single screw extruders will be analyzed and the lack of efficient dispersive mixing will be explained. A new generation of dispersive mixing elements will be introduced for use both in single and twin screw extruders. Two and three dimensional flow simulation will be used to analyze the mixing performance of these new mixers. Experimental work on the new mixin...
The research reported here used 3D nonNewtonian flow simulations to investigate the pumping and mixi...
In this paper, the performance of three different mixing elements on color dispersion in HDPE and LL...
The flow behavior of a Newtonian fluid through special mixing enhancers in a modular intermeshing co...
Single screw extruders with simple conveying screws have poor mixing capability (1, 4). To improve t...
New dispersive mixing technology for extruders and mixing devices (1, 2) is based on creating strong...
Current dispersive mixers for single screw extruders and injection molding are rather inefficient fo...
The mixing characteristics of a Dulmage-type screw, a kind of distributive mixing element, in single...
Models to predict the evolution of the morphology of immiscible liquid-liquid systems and of solid a...
Mixing is a major ingredient in many industrial processes to obtain desired and uniform material pro...
This study investigates distributive mixing in the flow direction for a single-screw extruder. With ...
The present work presents numerical simulations of dispersive and distributive mixing of a two phas...
Summarization: Currently, the selection of elements and operating conditions in the mixing of variou...
The most commonly used mixing device in polymer processing is the closely intermeshing, co-rotating ...
Simultaneous characterization of dispersive and distributive mixing in a single screw extruder was d...
The mapping method is a powerful simulation tool to optimize distributive mixing inside periodic mix...
The research reported here used 3D nonNewtonian flow simulations to investigate the pumping and mixi...
In this paper, the performance of three different mixing elements on color dispersion in HDPE and LL...
The flow behavior of a Newtonian fluid through special mixing enhancers in a modular intermeshing co...
Single screw extruders with simple conveying screws have poor mixing capability (1, 4). To improve t...
New dispersive mixing technology for extruders and mixing devices (1, 2) is based on creating strong...
Current dispersive mixers for single screw extruders and injection molding are rather inefficient fo...
The mixing characteristics of a Dulmage-type screw, a kind of distributive mixing element, in single...
Models to predict the evolution of the morphology of immiscible liquid-liquid systems and of solid a...
Mixing is a major ingredient in many industrial processes to obtain desired and uniform material pro...
This study investigates distributive mixing in the flow direction for a single-screw extruder. With ...
The present work presents numerical simulations of dispersive and distributive mixing of a two phas...
Summarization: Currently, the selection of elements and operating conditions in the mixing of variou...
The most commonly used mixing device in polymer processing is the closely intermeshing, co-rotating ...
Simultaneous characterization of dispersive and distributive mixing in a single screw extruder was d...
The mapping method is a powerful simulation tool to optimize distributive mixing inside periodic mix...
The research reported here used 3D nonNewtonian flow simulations to investigate the pumping and mixi...
In this paper, the performance of three different mixing elements on color dispersion in HDPE and LL...
The flow behavior of a Newtonian fluid through special mixing enhancers in a modular intermeshing co...