In order to obtain a material suitable for manufacturing bipolar plates for PEM Fuel Cells the effect of molding parameters (pressure, temperature and time), relative to a graphite/epoxy composite of fixed composition, were studied and modeled by means of a two-level full factorial Design Of Experiment approach. In-plane conductivity and mechanical strength were the dependent variables.
INVESTIGATION OF MOLDING PARAMETERS ON GRAPHITE/EPOXY COMPOSITE-BASED BIPOLAR PLATES / Roncaglia, F.; Di Bona, A.; Biagi, R.; Romagnoli, M.; Degrandis, D.; Mucci, A.. - unico:(2019), pp. 307-308. (Intervento presentato al convegno EFC 19 - 8TH EUROPEAN FUEL CELL PIERO LUNGHI CONFERENCE tenutosi a Napoli nel 9-11 dicembre 2019).
INVESTIGATION OF MOLDING PARAMETERS ON GRAPHITE/EPOXY COMPOSITE-BASED BIPOLAR PLATES
F. Roncaglia
;A. Di Bona;R. Biagi;M. Romagnoli;A. Mucci
2019
Abstract
In order to obtain a material suitable for manufacturing bipolar plates for PEM Fuel Cells the effect of molding parameters (pressure, temperature and time), relative to a graphite/epoxy composite of fixed composition, were studied and modeled by means of a two-level full factorial Design Of Experiment approach. In-plane conductivity and mechanical strength were the dependent variables.
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