Innovations in Offshore Wind Foundations, Mooring Systems, and Structures
Wednesday, 7 May
600
Technical Session
This session has a primary focus on floating offshore wind advancements and innovations. Floating Offshore Wind Turbines (FOWT) and floating substation hull construction materials, types and modularization are explored through full-scale site assessment studies and model testing. Reliability targets and the subsequent means to achieve them with hull, mooring and subsea cable advancements and optimizations as well as a novel installation method of fixed offshore wind turbines are explored in the efforts to reduce and stabilize the levelized cost of electricity and reduce carbon emissions in brownfield applications.
-
0200-0218 35645Enhancing Structural Analysis Efficiency By Replacing Complex Connections With Model Matrices
-
0220-0238 35527Zigzag Mooring Line Design For Shallow Water Semi-submersible FOWT
-
0240-0258 35640A Closed-form Solution For The Ultimate Lateral Capacity Of Large Diameter Monopiles In Clays
-
0300-0318 35990Effects Of Surface Roughness And Normal Stress On The Interface Friction Angle Of Three Different Sands Using A Ring Shear Device
-
0320-0338 35667Mechanical Characterization Of High-elongation Polyester And Polyamide Fibers For Fowt Mooring
-
0340-0358 35885Evaluation Of Truss Tower For Large Capacity Turbine Tension Leg Platforms
-
0400-0418 35727Deformation Analysis Of Suction Anchors For Floating Offshore Wind Turbines
-
Alternate 35884Assessing Global Performance Of 15 And 22 Mw Floating Wind Semi-submersible (fwss) Platforms Through Cyber-physical Modelling And Simulation
-
Alternate 35674Trajectory And Holding Capacity Of Drag Embedded Anchors In Sandy Soils