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research area is more than a century old, this particular project one of many examples of new research directions that are wide open. While working in this area of research, you will interact with likeminded
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through a choked nozzle under non-reactive simulations. (2) Non-reactive Euler/URANS/LES-simulation comparison of entropy-vorticity interaction with a choked nozzle. (3) Quantification of the effects
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professionals play an important role in these interacting processes, including psychophysiological indicators of wellbeing, such as insufficient sleep, cumulative stress and limited recovery, as well as previous
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fundamental challenges in reliable, resilient, and sustainable connectivity. You will join an international research environment that values scientific excellence, creativity, meaningful collaborations, and
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required for phenotypic analyses in the project Coordinate interaction with collaborating research groups and supervise BSc and MSc students Write and publish your research in leading scientific journals and
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. Chris Stolk (University of Amsterdam). You will interact with researchers with backgrounds in inverse problems, numerical analysis, scientific computing and imaging, and with project partners working
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for the study of critical aerodynamic phenomena such as flow separation, transition to turbulence, shock wave boundary layer interactions in the supersonic and hypersonic regimes. The Aerodynamics laboratories
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with the energy and creativity of its student body and academic community. It is buzzing with energy, with four thousand people enthusiastically studying, working, designing, conducting research and
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and non-technical courses. Job requirements We are looking for a self-motivated, critical, and creative candidate with: An MSc degree in Mechanical Engineering, Aerospace or Chemical Engineering
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. You will join a young and dynamic research team with an open and creative working environment. We encourage new ideas and innovative research projects and offer opportunities to develop your scientific