Issuing agency: Lloyd's Register
Column: research report
source: https://www.lr.org/en/knowledge/research-reports/2025/fatigue-reliability-of-offshore-wind-turbine-structures/
Offshore Wind Turbines face relentless environmental forces—especially fatigue from wind and waves—that can lead to costly failures in blades, towers, and foundations. Traditional maintenance methods often fall short in predicting these risks effectively.
This paper introduces a reliability-based inspection strategy leveraging S-N curves and Fracture Mechanics to significantly reduce operational risk and extend asset life in European Atlantic waters.
Explore an advanced inspection strategy with real-world insights from a 500-600 MW wind farm case study, guiding engineers and planners on applying cutting-edge fatigue modeling for optimal performance.
Our latest technical paper examines a reliability-based inspection strategy specifically designed for offshore wind farms in European Atlantic waters. This approach leverages advanced fatigue modelling techniques-S-N curves and Fracture Mechanics (FM)-to optimise inspection schedules and reduce operational risk.
This paper offers insights that can transform your maintenance strategy and extend the lifespan of your offshore assets.