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Thermoplastic composites allows attractive advantages over their thermosetting counterparts like a higher toughness, faster and more flexible manufacturing and intrinsic recyclability. Thermoplastic composite parts, nevertheless, are limited in size and thickness by traditional melt processing. As an alternative, reactive processing of textile fibre-reinforced thermoplastics is a very attractive theme. Reactive processing systems stand as the next breakthrough of advanced composite development and materials research investigations due to their inherent synergy between thermoplastic characteristic performance and thermosetting manufacturing processes, representing an high technological hybrid solution for many industrial sectors. The idea of produce epoxy-based reactive systems which exhibit a thermoplastic behavior is not far away, due to consolidated know-how on reactive processing of thermosetting epoxy resins. In this work, an epoxy-based system which can be reactively processed preserving the advantages of a thermoplastic system was investigated and characterized. Applications in polymer/carbon nanotubes composites and fiber reinforced composites were analyzed and focused.

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He received the bachelor degree in Materials Science and Engineering in 2004, the master degree in Material Engineering in 2006 and he concluded in 2012 his Ph.D. Since 2005 he has been collaborating with the IMCB-CNR and the University of Naples Federico II . His main research interest field is set in the ambit of advanced composites materials.

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