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Eventi

Progetti di Ricerca

DALIDA - Agenzia per la Difesa Europea

QPP “Quiescent Prediction Period” - Agenzia per la Difesa Europea

SUBMOTION II “Submarine coupled 6dof motions including boundary effects” - Agenzia per la Difesa Europea

AMACA - Industria

JET NOISE CONTROL - Industria

SeleTOP “Sistema di ellettrogenerazione con turbine intubate ad asse orizzontale” - Industria

SAFREMA-NEXUS-TURBINE - Industria

“Propeller Acoustic Signature Control and ALteration” - Ministero Difesa

PROSSIMA “Studio di un sistema innovativo per le prove di manovrabilità su modello libero” - Ministero Difesa

6DOF RANSE II/MOU - Ministero Difesa

6DOF RANSE III/MOU - Ministero Difesa

MOBIPROP “Simulation of unsteady high Reynolds number flows around ship hulls with moving appendages and propeller” - Ministero Difesa

PRIAMO “Propeller Rudder Interaction Analysis and MOdelling” - Ministero Difesa

SiReNa-Prop “Acoustic/Optical Signature Reduction of Naval Propulsors” - Ministero Difesa

SONORE “SOnar dome self-NOise REduction” - Ministero Difesa

SILENV “Ship oriented Innovative solutions to reduce Noise & Vibrations” - Unione Europea

HTA "Hydro-Testing Alliance" - Rete di Eccellenza - Unione Europea

HYMAR “High Efficiency Hybrid Drive Trains for Small and Medium Sized MARine Craft” - Unione Europea

MAREAS “Marittime Emergencies Intelligent Assessment System” - Unione Europea

NEXT MUSE “Next generation Multi-mechanics Simulation Environment” - Unione Europea

PROMARC “Promoting Marine Research Careers” - Unione Europea

STREAMLINE “Stratecic Research for innovative Marine Propulsion Concepts” - Unione Europea

VIRTUE “The Virtual Tank Utility in Europe” - Unione Europea

“Violent Water-Vessel Interactions and Related Structural Loads” - Università di Trondheim (NTNU)

SES-hydro - US Navy - Office of Naval Research

NICOP CATAMARANS “Complementary EFD and CFD Analysis of Calm Water Hydrodynamics and Large Amplitude Motion for High-Speed Catamarans” - US Navy - Office of Naval Research

NICOP VAR PHY “Variable-Physics techniques in Simulation-Based Design environment for High Speed Waterjet Ship Design” - US Navy - Office of Naval Research

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