Application of Machine Learning Tools for the Improvement of Reactive Extrusion Simulation
Article dans une revue avec comité de lecture
Auteur
CASTÉRAN, FannyIBANEZ, RubenARGERICH, ClaraDELAGE, KarimCASSAGNAU, Philippe 
CHINESTA SORIA, FranciscoRésumé
The purpose of this paper is to combine a classical 1D twin-screw extrusion model with machine learning techniques to obtain accurate predictions of a complex system despite few data. Systems involving reactive polyethylene oligomer dispersed in situ in a polypropylene matrix by reactive twin-screw extrusion are studied for this purpose. The twin-screw extrusion simulation software LUDOVIC is used and machine learning techniques dealing with low data limit are used as a correction of the simulation.
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