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for the optimal control and simulation of multiphysics systems arising in Nonlinear Acoustics. The goal is to advance our rigorous understanding and computational treatment of nonlinear differential equations
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expected can be quickly updated for the design of optimal experiments. The student will work in close collaboration with the Englitz lab, so that there is a direct link between modelling, data analysis and
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in development (e.g. electrolysers, transport modes). You will consider different hydrogen end-uses and look at climate-optimal ways of using hydrogen. Furthermore, using scenarios, model-outcomes and
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