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TITANIO, NAUTICA E DESIGN

Authors: MOROZZO DELLA ROCCA E DI BIANZE', MARIA;

TITANIO, NAUTICA E DESIGN

Abstract

Il volume, strumento per la conoscenza delle leghe di titanio e delle possibili applicazioni nel settore nautico, raccoglie gli esiti del lavoro di analisi, di concept design e di prototipazione sviluppati nell'ambito dell'assegno di ricerca (titolare l’autore) e della convenzione di ricerca (titolare il DSA) attivati all’interno del programma PRAI - FESR Liguria “STUDIO E RELIZZAZIONE DI MANUFATTI IN LEGHE DI TITANIO PER L’INDUSTRIA MARINA E LA NAUTICA DA DIPORTO". Il programma, basato su co-finanziamento del Fondo Sociale Europeo e coordinamento del CNR (Consiglio Nazionale delle Ricerche) di Genova, vanta la partnership dell’Università genovese (DSA-Dipartimento di Scienze per l’Architettura) con diverse realtà istituzionali e aziendali fra cui primeggiano OTO Melara (gruppo Finmeccanica) e MARIPERMAN (Commissione Permanente per gli Esperimenti sul Materiale da Guerra – Marina Militare Italiana). L’attività svolta riguarda diverse tipologie di azioni complementari e congiunte: ricerca, verifiche sperimentali sul comportamento delle leghe di titanio in ambiente marino, concept design, progettazione, calcoli strutturali (FEM) e prototipazione. La ricerca ha condotto da un lato alla lavorazione ed applicazione con successo del titanio nel settore nautico e dall’altro, quali esemplificazioni di elevato livello tecnologico, alla prototipazione di una passerella con funzione di gru per maxy yachts in Ti CP2 e di un veicolo da banchina a geometria variabile. I prototipi sono stati regolarmente brevettati ed esposti presso diversi Saloni della Nautica in Europa. La passerella, di cui l’autore si è occupato in prima persona, è stata presentata alla rassegna di tecnologie per la nautica SeaTec 2007 ed in tale occasione è stata premiata con una menzione speciale nell’ambito del premio Qualitec quale prodotto innovativo di ultimissima generazione. Il Progetto “STUDIO E RELIZZAZIONE DI MANUFATTI IN LEGHE DI TITANIO PER L’INDUSTRIA MARINA E LA NAUTICA DA DIPORTO" e' stato, inoltre, prescelto tra i 26 progetti finanziati dal PRAI Liguria e inserito nel sito web della Erik Network come codice di "buona pratica" (con acronimo TITANE) rispondendo appieno a tutti i requisiti necessari per essere preso ad esempio per replicare, se possibile, l’esperienza in altri programmi-progetti di sostegno all’innovazione e alla competitività del settore produttivo europeo e in quanto compliant ai requisisti richiesti dal coordinatore del Work Group Erik "Relazioni tra Scienza e Industria". Il Volume, infine, oltre all’attività di ricerca concept design e prototipazione condotta dall’autore ospita al suo interno alcuni dei contributi presentati al convegno “Titanio & Nautica” (Genova, 46° Salone Internazionale Nautico, Fiera Congressi, sala verde), giornata di studio curata dall’autore stesso quale occasione di sintesi e divulgazione dell’intero progetto di ricerca. / The volume -instrument for potential re-application of titanium alloy into naval sector- collects the results of: 1.work of analysis, 2. concept design, 3. prototyping. These results were achieved in the context of scholarship assigned to Maria Morozzo della Rocca and a research grant assigned to the Genoa University (DSA- Sciences for Architecture Department) through the PRAI-FESR Liguria program “STUDY and EXECUTION OF TITANIUM ALLOY PRODUCTS FOR NAVAL AND NAUTICAL INDUSTRY”. The project was co-founded by Fondo Sociale Europeo and Genoa CNR (National Research Council). The program also received the prestigious partnership of two institutions: - (university partner) Genoa University through DSA (Sciences for Architecture Department) -(business/institutional partner) OTO Melara (Finmeccanica Group) and MARIPERMAN (Permanent Commission for Experiments on War Materials – Italian Military Navy). The project is about the multiple complementary research activities and experiments actions regarding: 1. titanium alloy in the sea environment (real sea testing), 2. concept design (project establishment) 3. planning, 4. structural calculation (FEM), 5. prototyping. The research led to: 1. successful processing and application of titanium alloy to naval sector; 2. prototyping of footbridge with crane extra functionality to serve maxi yachts (made by Ti CP2) and variable geometry dock’s vehicle. The prototypes were regularly patented and displayed during several Naval Exposition around Europe. The footbridge, designed by Maria Morozzo della Rocca, was presented at the naval technologies event SeaTech 2007. In the same occasion, the footbridge obtained the special award mention as “product of latest generation technological frontier” during the Qualitech award recognition. The project “STUDY and EXECUTION OF TITANIUM ALLOY PRODUCTS FOR NAVAL AND NAUTICAL INDUSTRY” with many others applied for PRAI award, then PRAI deeply assessed the best 26 and, within them, this project ranked first; consequently it was listed in the Erik Network web site fulfilling all requirements so to be entitled as “best practice”. Erik Network, together with PRAI, endorse the re-application of this project management (best practice) so to boost the international competitiveness of titanium related product development. Moreover, OTO Melara, being very knowledgeable about military and non- military technologies, enabled the research team to leverage its know how for wider titanium re-application to non military industry. At the end, the volume includes: -analysis, concept design and prototyping, all of them planned and led and by Maria Morozzo della Rocca; -extra contents presented by prestigious speaker during the meeting “Titanio & Nautica” (titanium and nautical sector)” which was organized and managed by Maria Morozzo della Rocca in the context of Genoa 46° Salone Internazionale Nautico.

Country
Italy
Related Organizations
Keywords

DESIGN; NAUTICA; MATERIALI

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selected citations
These citations are derived from selected sources.
This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Citations provided by BIP!
popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
BIP!Popularity provided by BIP!
influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
BIP!Influence provided by BIP!
impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
BIP!Impulse provided by BIP!
0
Average
Average
Average
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