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Join us in the Centre of Industrial Mechanics (CIM) and help us design, build, and operate large structures where nonlinearities due to large deformations or translations in prismatic joints challenge known reduced order modelling techniques. In this 2-year Postdoc position, you will work with colleagues of our Applied Mechanics team on dynamic models, simulations, and experimental validation of large structures. Our goal is a validated digital-twin of a prototype robot to remotely handle the breeding blankets of DEMO (the first grid connected fusion reactor planned for the second half of this century) that SDU is designing, building, and testing for EUROFusion. During this 2-year contract, we will apply for additional funding to hopefully extend this important long-term work for a greener future.
Your Role
Develop and implement extensions of conventional reduced order modelling techniques for flexible bodies in a large multi-body structure. Design
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