Scheduled presentations:

• Hydrodynamic response of a floating offshore wind turbine interaction with varying currents
  *G. Barajas (IHCantabria - UNICAN), J. L. Lara (IHCantabria - UNICAN), I. Losada (IHCantabria - UNICAN)
• Hydrokinetic Horizontal-axis Savonius Turbine Performance Near the Free Surface
  *I. Marinic-Kragic (FESB University of Split), D. Vucina (FESB University of Split)
• Development of a Reduced Order Model Numerical Tool for the Coupled Hydro-Elastic Analysis of Floating Structures
  *M. Calpe Linares (CIMNE), B. Serván Camas (CIMNE), J. García Espinosa (UPM)
• On the Verification of a new Mid-fidelity Simulation Tool for Large Offshore Wind Turbines
  *D. Schuster (ISD, Leibniz University Hannover, ForWind), D. Märtins (ISD, Leibniz University Hannover, ForWind), C. Hente (ISD, Leibniz University Hannover, ForWind), C. Gebhardt (GIF and BOW, University of Bergen), R. Rolfes (ISD, Leibniz University Hannover, ForWind)
• CFD simulations of the wave energy converter Crestwing
  *G. Kovacs (Technical University of Denmark), D. Leibetseder (Vienna University of Technolgy), R. Bloom (Crestwing Ltd), Y. Shao (Technical University of Denmark), J. Walther (Technical University of Denmark)
• Numerical hydrodynamic design validation and highlights of the SATH floating offshore wind turbine
  *M. Batlle Martin (Saitec Offshore Technologies), M. Fernandez Perez (Saitec Offshore Technologies), A. Gallego (Saitec Offshore Technologies)