INF4INiTY actively contributes to the scientific and technical knowledge base of the floating offshore wind sector through peer-reviewed publications, conference papers and open-access research outputs. The publications presented in this section reflect the project’s methodological advances, experimental insights and innovation progress, as developed by consortium partners.
-
Site-specific Design Load Cases for floating offshore wind turbine applications II: Future scenarios
-
Numerical model for 6 DoF dynamics of offshore floating wind turbines: A code-to-code comparison between OpenFAST and MOST
-
Towards the design of artificial surrogates for modelling marine growth
-
Numerical validation of a floating breakwater using moodymarine
-
Site-specific Design Load Cases for floating offshore wind turbine applications I : Historical data
-
Benchmarking a BEM numerical model for a floating wind platform dynamics in Chilean offshore conditions
-
On the reduction of design load cases for fatigue assessment of mooring lines for offshore renewable energy systems
-
Techno-economic modeling of floating wind farms
-
Scour around and sinking of subsea structures exposed to current and waves
-
Unified prediction equation for equilibrium scour depth around vibrating monopile foundations
-
Resource assessment uncertainty reduction via bias correction: On the temporal and spatial sensitivity analysis
-
Optimizing Design Load Case Reduction for Fatigue Assessment of Mooring Lines in Marine Renewable Energy Systems
-
Scaling up floating offshore wind farm installation: From conventional to modular strategies
-
Benchmarking and classification of multi-source metocean datasets in the northern Tyrrhenian Sea
-
Impact of operations and maintenance on the energy production of floating offshore wind farms across the North Sea and the Iberian Peninsula
-
Geotechnical soil data for floating offshore wind applications: Scottish, Baltic and Adriatic Seas
-
Re-analysis of the deformation of rock-based scour protections around monopiles exposed to waves and current
-
Numerical prediction of wave-runup on a monopile with the direct surface description method
-
O&M-aware techno-economic assessment for floating offshore wind farms: A geospatial evaluation off the North Sea and the Iberian Peninsula
-
Numerical modelling of wave-induced liquefaction around a gravity-based structure
-
Assessing heavy maintenance alternatives for floating offshore wind farms: Towing vs. onsite replacement strategies
-
On the temporal sensitivity of the reference data in bias correction techniques for improving metocean datasets
-
GICON’s 5th generation TLP: A sustainable powerhouse for Europe’s seas
-
Sensitivity analysis of major replacement rates and costs for floating wind farms
-
Integrated designs for future floating offshore wind farm technology – Towards nature inclusive innovations
