Simone Cappello
Researcher
Messina
The SI-MARE research and development project aims to safeguard the sea resource through the reduction of climate-altering gas emissions, a reduction induced by the energy savings that can be generated by the adoption of innovative technological solutions inherent in both typical shipyard manufacturing processes and the use of advanced materials. Such solutions can increase the performance in terms of energy savings and, consequently, environmental impact of vessels in both refitting operations and new construction. Specifically, the project will be divided into four main implementation objectives, and the focus will be on two key aspects: lightness in relation to materials and related joining processes, and hull surface performance in terms of reducing friction in navigation.
Under the first realization objective (WP1), the most suitable joining systems for connecting both metal-composite hybrid structures and bimetallic structures will be studied and developed. Both types of joints are of corporate interest and, in particular, Fincantieri, for applications in mega-yachts and cruise ships, and small shipyards, respectively, for small metal boats to be used for depollution or tourism.
Under the second realization objective (WP2), lightweight composite structures will be studied and developed for use both in superstructures in cruise applications where it is important to keep the ship’s center of gravity as low as possible and in next-generation lightweight ballistic protection for applications in recreational shipbuilding and passenger transport. The latter application is of interest to both Fincantieri and Intermarine.
Under the third realization objective (WP3), a coating will be investigated and developed that can improve the performance of hulls by reducing friction and the exfoliating effect typical of commonly used anti-vegetative paints. This application is of interest to all worksites involved within the project.
Finally, under the fourth realization objective (WP4), demonstrators for the technological solutions identified in the previous ORs will be developed.
Referent:
Programme: PO FESR Sicilia 2014 – 2020
Web Site: https://bit.ly/3irPjFg
Duration: January 1, 2020 - July 1, 2022
Budget: 3.174.620,00 €
Budget IRBIM: 107.706,00 €
Areas of Research:
Researcher
Messina
Senior Researcher
Messina
Researcher
Messina
Administrative Officer
Messina
Referent:
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