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High order open-source aero-hydro-servo-elastic simulation tool
D1.1 Technical Report: Hybrid Eulerian-Lagrangian Aerodynamic Model
D1.2 Technical Report: Higher Order Hydroelastic Module
Quantification of uncertainty reduction gained through QBlade-Ocean
D2.1 Database including the full aero-hydro-elastic model definition for OC4 DeepCWind, SOFTWIND and Hexafloat test cases in QBlade-Ocean
D2.2 Validation report of the new integrated aero-hydro-servo-elastic simulation framework QBlade-Ocean
D2.3 Complete post-processed DLC database from the simulations with QBlade-Ocean (loaded on a publicly accessible webserver)
D2.4 Full report on the estimated reduction of uncertainty in comparison to the state-of-the-art codes OpenFast and DeepLines Wind™
Feed forward wave-based control
D3.1 An advanced open source wind turbine controller for power generation and load mitigation using real-time feedforward wave information
D3.2 Controller development, findings and validation against numerical simulations
D3.3 Experimental wave tank validation database
D3.4 Experimental offshore validation database
Delivrables
Active wake mixing in floating wind turbine farms
D4.1 Study on the physics underlying the active wake mixing concept
D4.2 Initial design report: wind turbine teether hinge, compliant turbine floater, and wind turbine controllers (baseline and IPC)
D4.3 Final design report: integrated design optimization
D4.4 Validation report: numerical and experimental
Dissemination, Communication and Exploitation
D6.1 Data Management Plan
D6.2 Plan for exploitation and dissemination of the project results
D6.3 Mid-term report on dissemination and communication activities
D6.4 Final report on the project exploitation initiatives and related impacts on innovation, including dissemination and communication activities
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