PIERLUIGI FANELLI
Professore Ordinario
- Delegate for Data Architecture and University Performance
- Head of Engineering and Design Programmes' Academic Board
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Department
DEIM - DIPARTIMENTO DI ECONOMIA, INGEGNERIA, SOCIETA' E IMPRESA
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Email
pierluigi.fanelli@unitus.it
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Social Profiles
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Curriculum
- Curriculum
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Profile
- Bio
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Prof. Eng. Pierluigi Fanelli, Ph.D., is Full Professor in ING-IND/14 - Machine design at the Department of Economics, Engineering, Society and Business Organization of the Università degli Studi della Tuscia, Viterbo, Italy. He obtained the Master Degree in Mechanical Engineering in 2007 and the Ph.D. in Industrial Engineering curriculum Design of mechanical systems in 2011 at the Department of Industrial Engineering of Tor Vergata University of Rome, Italy. Fanelli's scientific endeavors encompass various research domains, primarily focusing on the analysis of structures, both in static and dynamic contexts. These investigations employ advanced methodologies to facilitate the optimal design of mechanical components and systems.
- Keywords
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- Nuclear fusion
- metamaterial
- welds
- composite materials
- aerospace
- fluid-structure interaction
- Discliplinary scientific field
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ING-IND/14 PROGETTAZIONE MECCANICA E COSTRUZIONE DI MACCHINE
- Research fields
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- Methods for the design of metamaterials made by additive manufacturing
- Structural monitoring using FBG sensors
- Analytical models for the structural analysis of the elastic behaviour of composite plates
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Scientific research
- Groups of research
- Research Projects
- Prizes and Awards
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- 'Aspen Institute Italia 2024 Prize' for scientific collaboration and research between Italy and the United States, for the work 'Extreme Simulations reveal skeletal adaptations of deep-sea sponges' (Nature, 2021)
- "Software Simulation Award' granted by AIAS - Italian Scientific Society for Mechanical Design and Machine Construction, for the work 'Multi-physics analysis for the electro-magnetic and structural characterisation of a tokamak vacuum vessel'.
- "Extreme Simulations reveal skeletal adaptations of deep-sea sponges, Nature 595, 537 (2021)highlighted in Nature Computational Science
- Materials Today Cover Competition 2019 (Impact Factor di Materials Today: 26.416)
- Best Poster Prize al 30th Symposium of Fusion Technology SOFT2018
- Scientific Participations
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- Discipline Owner – Coordinator Structural and CFD analyses - EuroFusion DEMO Work Package Design
- Spoke contact person - Rome Technopole Spoke 2 Technology transfer
- Project Leader Vacuum Vessel and Port Project – DTT Scarl
- Task Coordinator – Limiter design - Euro-Fusion DEMO Work Package Divertor
- UNITUS delegate to the RUS (Network of Universities for Sustainable Development) Mobility Working Group
- PhD Students
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- SIMONE CARUSOTTI
- Andrea Ciula
- Simone Del Nero
- Gabriele Liuzzo
- Research Fellows
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- Scholars
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- Editorial Boards
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- Scientific Committee “Analisi & Calcolo”
- Guest Editor “Materials”
- Review Editor “Frontiers in Physics”
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Principal Publications
- Publications
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Extreme flow simulations reveal skeletal adaptations of deep-sea sponges
G. Falcucci; G. Amati; P. Fanelli; V. Krastev; G. Polverino; M. Porfiri; S. Succi | Nature - 2021/595(7868)
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Analysis of multi-bolt composite joints with a user-defined finite element for the evaluation of load distribution and secondary bending
VG Belardi; P Fanelli; F Vivio | Composites Part B: Engineering - 2021/227
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Third Mission
- Third Mission
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Didattica
- Ricevimento
- Tuesday 16-17 Wednesday 16-17
- Insegnamenti
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SUBJECTS Fundamental of machine design - Mechanics of solids - MACHINE DESIGN -