29 postdoctoral-fluid-flow PhD positions at NTNU Norwegian University of Science and Technology in Norway
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to a doctoral degree. The focus of this position is research on hydrodynamic loads and performance of tidal turbines under realistic flow and clearance conditions. Tidal-stream energy offers a
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the partners of NorwAI , but also with PhD candidates and other postdoctoral fellows at the center and the department as a whole. Duties of the position Complete the doctoral education until obtaining a
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strong and international professional environment Career guidance and follow-up during the PhD period Open and inclusive working environment with committed colleagues Working capital that can be used
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An interdisciplinary international and inclusive professional environment with excellent experimental infrastructure Career guidance and follow-up during the PhD period Mentor programme as a new employee at NTNU
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working environment in our brand-new Ocean Technology Center in Trondheim Career guidance and follow-up during the PhD period Open and inclusive work environment with committed PhD colleagues and social
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. Developing innovative separation processes is expected to positively impact the circular economy and enable Sustainable Business Model (SBM) innovation. The current project's goal is to contribute
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with internationally leading maritime companies Excellent facilities and working environment in our brand new Ocean Technology Center in Trondheim Career guidance and follow-up during the PhD period Open
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driven out of equilibrium via electric manipulation of the orbital degree of freedom through current or voltage, magnetic field manipulation, or by inducing a temperature-gradient across the system
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in connection with SINTEF and Norwegian Aluminium Industry Developing tasks in a strong and international professional environment Career guidance and follow-up during the PhD period Open and inclusive
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of magnetic skyrmion dynamics in thin film devices» (NIMSKY). Magnetic skyrmions are nanoscale stable magnetic quasiparticles which move when a current is applied. This process requires very little electrical