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Field
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Supervisor: Prof. Ali Mehmanparast Project Description: Originally, the inside surface of offshore wind turbine structures was designed to be dry, and so ‘in air’ fatigue crack growth rate (FCGR
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learning techniques for monitoring the health of the main bearing in wind turbines. This innovative research aims to enhance the operation of next-generation offshore wind turbines through the development
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possible if radical innovations are made in the way we develop and deploy offshore renewables: floating wind energy structures. The HybridLabs project aims to accelerate the deployment of offshore renewable
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targets – in overseeable timeframes – will only be possible if radical innovations are made in the way we develop and deploy offshore renewables: floating wind energy structures. The HybridLabs project aims
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targets - in overseeable timeframes - will only be possible if radical innovations are made in the way we develop and deploy offshore renewables: floating wind energy structures. In the project HybridLabs
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technology and offshore wind energy, and have a passion for geotechnical engineering? This PhD position is for you. This project is a unique opportunity to contribute to the advancement of geotechnical testing
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reinforcement to integrate metallic elements within the composite structure. These metallic elements serve as a targeted heat source, facilitating the activation of re-processable matrices such as thermoplastics
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Candidate, the goal is a completed doctoral education up to an obtained doctoral degree. About the position As part of the NRC KPN grant “Bottom Fixed Offshore Wind Turbines in Extreme Waves” (B-WAVE), we
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of the WP5 Sustainable wind development and related to avian collision risks which is one of the main environmental impacts of onshore and offshore wind turbines on birds. In an offshore setting, many
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, create jobs and grow exports. This PhD position is part of the WP5 Sustainable wind development and related to avian collision risks which is one of the main environmental impacts of onshore and offshore