Pyrolytic carbon (PyC), due to its high mechanical properties and hemocompatibility is the main material used for mechanical heart valves (MHV) fabrication. Mechanical characterization of the PyC used for biomedical application played a crucial role in the development of MHVs production. A multiscale approach was adopted, performing three points bending tests and nanoindentation tests.

PROPERTIES OF ISOTROPIC PYROLYTIC CARBON: A MULTISCALE APPROACH / Serino, Gianpaolo; Gusmini, Mattia; Audenino, Alberto; Bergamasco, Giovanni; Ieroppoli, Ornella; Bignardi, Cristina. - (2021). ((Intervento presentato al convegno 26TH CONGRESS OF THE EUROPEAN SOCIETY OF BIOMECHANICS tenutosi a Milano (IT) nel 11-14 Luglio, 2021.

PROPERTIES OF ISOTROPIC PYROLYTIC CARBON: A MULTISCALE APPROACH

Serino,Gianpaolo;Gusmini, Mattia;Audenino, Alberto;Bignardi, Cristina
2021

Abstract

Pyrolytic carbon (PyC), due to its high mechanical properties and hemocompatibility is the main material used for mechanical heart valves (MHV) fabrication. Mechanical characterization of the PyC used for biomedical application played a crucial role in the development of MHVs production. A multiscale approach was adopted, performing three points bending tests and nanoindentation tests.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2924633