Modelling ionic conduction polymeric proton-exchange membranes at the heart of fuel cells requires the solution of highly nonlinear partial differential equations in very thin domains. Recently, proper generalized decomposition methods have emerged as particularly promising methods for this type of problems. This paper introduces the basics of this novel class of approaches and highlights their potential benefits.
Multi-physic 3D dynamic modelling of polymer membranes with a proper generalized decomposition model reduction approach
ALOTTO, PIERGIORGIO;GUARNIERI, MASSIMO;MORO, FEDERICO;STELLA, ANDREA
2011
Abstract
Modelling ionic conduction polymeric proton-exchange membranes at the heart of fuel cells requires the solution of highly nonlinear partial differential equations in very thin domains. Recently, proper generalized decomposition methods have emerged as particularly promising methods for this type of problems. This paper introduces the basics of this novel class of approaches and highlights their potential benefits.File in questo prodotto:
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