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this stage, the focus is on optimizing the aerodynamic design of the PowerNEST duct structure, which accelerates and guides the airflow toward the integrated turbines. The turbines are represented using
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the PowerNEST duct structure, which accelerates and guides the airflow toward the integrated turbines. The turbines are represented using simplified actuator models and are not explicitly included in
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— enabling safer, faster, and more cost-effective servicing of wind turbines at sea. We aim to develop a drone system capable of precise navigation and landing on wind turbines and ships. This involves
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delivery systems for maintenance materials — enabling safer, faster, and more cost-effective servicing of wind turbines at sea. We aim to develop a drone system capable of precise navigation and landing
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focused on modeling multidirectional loading in anchors for floating offshore wind turbines. The role is part of the European project TAILWIND (tailwind-project.eu) and aims to integrate experimental data