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.
Session Chairperson(s)
Sponsoring Society:
- American Association of Petroleum Geologists (AAPG)
-
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
-
0300-0318 35990Effects Of Particle Morphology On The Interface Friction Angle Of Sands
-
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