A theoretical model proposed for simulation of the injection molding of partially crystalline thermoplastics can predict fill time, velocity, temperature and pressure distributions, the distribution of shear and normal stresses, crystallinity, amorphous birefringence, and tensile moduli. In this paper, experimental data will be compared to the predictions of the model.Peer reviewed: YesNRC publication: N
International audienceA model for the packing stage in injection molding of thermoplastics is propos...
The injection moldings of isotactic polypropylenes with various molecular weights were simulated usi...
It is well known that the processing conditions in polymer processing have a high impact on the resu...
The thermomechanical history experienced by plastics melts and solids during processing leads to the...
Note:A comprehensive mathematical model is presented in this study to describe the molding cycle of ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
In this work, two mathematical models for the simulation of the injection molding process were teste...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
A computational model for the combined processes of quiescent and flow-induced crystallization of po...
International audienceA model for the packing stage in injection molding of thermoplastics is propos...
International audienceA model for the packing stage in injection molding of thermoplastics is propos...
The injection moldings of isotactic polypropylenes with various molecular weights were simulated usi...
It is well known that the processing conditions in polymer processing have a high impact on the resu...
The thermomechanical history experienced by plastics melts and solids during processing leads to the...
Note:A comprehensive mathematical model is presented in this study to describe the molding cycle of ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
In this work, two mathematical models for the simulation of the injection molding process were teste...
To control the final properties of semi-crystalline polymer products, an accurate prediction of the ...
A computational model for the combined processes of quiescent and flow-induced crystallization of po...
International audienceA model for the packing stage in injection molding of thermoplastics is propos...
International audienceA model for the packing stage in injection molding of thermoplastics is propos...
The injection moldings of isotactic polypropylenes with various molecular weights were simulated usi...
It is well known that the processing conditions in polymer processing have a high impact on the resu...