Avoiding floating wind dynamic cable fatigue. Partners sought.

This project aims to investigate the impact of marine growth on the hydrodynamics of dynamic cables used in floating wind platforms. Marine organisms accumulating on these cables can significantly alter their behavior in water, potentially affecting the overall performance and longevity of the floating wind system. By calculating these effects, the project seeks to mitigate cable fatigue, a critical factor in maintaining the integrity and efficiency of offshore wind installations. Understanding and addressing this issue will contribute to more reliable and durable floating wind platforms, ultimately enhancing renewable energy production. The research will likely involve computational modeling, experimental studies, and analysis of real-world data to develop strategies for managing marine growth and optimizing cable design. The outcomes of this project could lead to improved maintenance practices and cable designs, ensuring more efficient and sustainable offshore wind energy generation.