Group of Marine Dynamics and Hydrodynamics > Projects

R&D Projects
 • Harbour protection with dual chamber oscillating water column devices (HARBOUR OWC)

 • Hydroelastic behaviour of horizontal flexible floating structures for applications to Floating Breakwaters and Wave Energy Conversions (HYDROELASTWEB)

 • Experimental simulation of oil-hydraulic Power Take-Off systems for Wave Energy Converters (HIL4PTO)

 • Simulation of manoeuvrability of ships in adverse weather conditions (NAVAD)

 • Ship Routing Accounting for Changeable Sea Conditions (ROUTING)

 • Adaptation and Implementation of Floating Wind Energy Conversion Technology for the Atlantic Region (ARCWIND)

 • Performance of combined wave and wind energy multi-use platform (MUP)

 • Elastic mooring systems for wave energy converters (ELASTMOOR)

 • Generic Hydraulic Power Take-Off System for Wave Energy Converters (GenPTO)

 • Optimizing Wave Energy Converters (OPWEC)

 • Manoeuvring & Moored Ships in Ports Physical and numerical modelling (M&M Ships)

 • Multi-Fidelity Decision making tools for Wave Energy SysTems (MIDWEST)

 • Generic hydraulic power take-off system for wave energy converters (MARINET)

 • Large Multipurpose Platforms for Exploiting Renewable Energy in Open Seas (PLENOSE)

 • Experimental and Numerical Study of Ship Responses in Waves

 • Operability and extreme loads on offshore floating wind turbines (FWT)

 • Towing dynamics of Ship in Harbour Areas (TOWING)

 • Hydrodynamic Analysis od Wave Energy Converters with Different Motion Characteristics (WAVE CONVERTERS

 • Design of Morring Systems for Floating Wave Energy Converters (MOORWEC)

 • QPP Scoping Study - Vessel Predictor Federate (VESSEL PREDICTOR)

 • Methodology for Ship Maneuvering Tests using Self-Propelles Models (Ensaios de Manobrabilidade)

 • Dynamics and Hydrodynamics of Ship in Approaching Fairways (CONFINED WATERS)

 • Virtual Reconstrution of a XVI Century Nau (NAU)

 • Analysis of the Hydrodynamics Behavious of berthing and moorinf structures. The Leixões Harbour Oil Terminal Case Study (DOLPHIN)

 • Decision Support System for the Safety of the Fishing Vessels Subjected to Waves (SADEP)

 • Dynamics of Floating Platforms and Shuttle Tanker during Offloading Operations (FNLG)

 • Mooring system design for two versions of a floating wave energy converter (MARTIFER)

 • Decision Support System for Ship Operation in Rough Weather (HANDLING WAVES)

 • Safe Offloading from Floating LNG Platforms (SAFEOFFLOAD)

 • Intelligent Simulator of Ship Manoeuvring (SIMULATOR)

 • Optimum Concept to Produce and Load with Underwater Storage (OCTOPLUS)

 • Simulation and Modelling of Active Ship Rolling Stabilisation (SHIP STABILITY)

 • Deck Wetness and Slamming in Severe Sea-States (SLAMMING)

 • Safe Floating Offshore Structures under Impact Loading of Shipped Green Water and Waves (SAFE-FLOW)

 • Rogue-Waves - Forecast and Impact on Marine Structures (MAXWAVE)

 • Manoeuvring Tests on a Catamaran Model (CATAMARAN)

 • First Principles Design for Damage Resistance against Capsize (NEREUS)

 • Advanced Method to Predict Wave Induced Loads for High Speed Ships (WAVELOADS)

 • Prediction of Ship Operationality Considering Wave Climate and Ship Behaviour (SEAKEEPING)

 • Identification and Simulation of Ship Manoeuvring Characteristics (MANOEUVRING)

 • Experimental Study of the Behaviour of Floating Production and Storage (FPSO) Vessels in Waves (FPSO in Waves)

 • Experimental Study on the Motions and Loads on Catamarans (CATAMARANS)

 • Experimental Study of Large Amplitude Motions of Containerships in Waves (Containerships in Waves)

 • Safe Passage and Navigation (SPAN)

 • Advanced Benefits for Logical VTS Equipment (COMFORTABLE)

 • Maritime Standardized Simulator Training Exercises Register (MASSTER)

 • Regional Traffic Information Service (RTIS)



Dissemination Projects, Networks and Concerted Actions
 • Static Equilibrium of Floating Bodies 2,3,4,5 (HYDROSTATICS)

 • Movements of Floating (PROPULSION)

 • Static Equilibrium of Floating Bodies 1 (HYDROSTATICS)

 • Concerted Action on VTMIS (VTMIS)

 • Principles of Propulsion of Sailing Vessels (SAIL)