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Speed up conceptual studies and early design of floating offshore wind substructures

Learn how proven offshore structural analysis methods in frequency domain can be used in the development of floating offshore wind substructures. 

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The emerging floating offshore wind industry emphasizes cost-effectiveness through larger turbines and low-cost floater based on motion, load, and structural simulations.

Prototypes are used for full-scale testing and learning, though not fully optimised for commercial wind farms. The industry is evolving with varied workflows and analysis methods, exploring time domain (TD) and frequency domain (FD) method for different floater types.  

This webinar will spotlight a workflow using FD method for designing floating offshore wind substructures, discussing its assumptions and limitations compared to TD coupled analysis.