A new approach for simulating the melting of polymers in extruders is presented. The key feature in the present treatment is that the melting evolution along the screw channel is obtained solely on the basis of the solution of relevant field equations, without making any presumptions regarding the mechanism of melting. Samples of calculation results are presented and discussed in order to illustrate the potential of the proposed method.</p
Th e state-of-the-art is presented for composite modeling of counter-rotating twin screw extrusion o...
A simplified theoretical model of the melting process, based on T admor' s analysis of the Maddock m...
Recent advances in plastic material have benefited from a more optimal design of the injector for sc...
International audienceThe flow of molten polymers in corotating twin screw extruders has been largel...
The analysis of current approaches to the extrusion process intensification was performed. A model o...
In the study of solid conveying process in plastics screw extrusion, a particle element numerical me...
Instead of separate analyses of the polymeric flow in the solid conveying, melting and melt flow reg...
To design an extruder screw for a given polymer, the barrel length for melting is needed for a given...
The Extrusion Deposition Process is a recently developed additive manufacturing\ud process. In this ...
Melting is a major step in plasticating single screw extrusion, but most of the existing phenomenolo...
Numerous analyses have modeled the flow of polymer melts in the melt-conveying zones of single-screw...
The melting of an ABS resin was simulated using a three-dimensional finite element simulation of the...
A recently developed approach to simulate the nonisothermal polymer melt flow in a single-screw extr...
Injection molding, in addition to extrusion, is the most important technology in the polymer process...
This study investigates dynamics of the melt conveying process in a novel extruder in which a polyme...
Th e state-of-the-art is presented for composite modeling of counter-rotating twin screw extrusion o...
A simplified theoretical model of the melting process, based on T admor' s analysis of the Maddock m...
Recent advances in plastic material have benefited from a more optimal design of the injector for sc...
International audienceThe flow of molten polymers in corotating twin screw extruders has been largel...
The analysis of current approaches to the extrusion process intensification was performed. A model o...
In the study of solid conveying process in plastics screw extrusion, a particle element numerical me...
Instead of separate analyses of the polymeric flow in the solid conveying, melting and melt flow reg...
To design an extruder screw for a given polymer, the barrel length for melting is needed for a given...
The Extrusion Deposition Process is a recently developed additive manufacturing\ud process. In this ...
Melting is a major step in plasticating single screw extrusion, but most of the existing phenomenolo...
Numerous analyses have modeled the flow of polymer melts in the melt-conveying zones of single-screw...
The melting of an ABS resin was simulated using a three-dimensional finite element simulation of the...
A recently developed approach to simulate the nonisothermal polymer melt flow in a single-screw extr...
Injection molding, in addition to extrusion, is the most important technology in the polymer process...
This study investigates dynamics of the melt conveying process in a novel extruder in which a polyme...
Th e state-of-the-art is presented for composite modeling of counter-rotating twin screw extrusion o...
A simplified theoretical model of the melting process, based on T admor' s analysis of the Maddock m...
Recent advances in plastic material have benefited from a more optimal design of the injector for sc...
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