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: Magnetohydrodynamics and the mathematical theory of plasmas. Collisional kinetic models and their hydrodynamic limits. Dispersive phenomena in kinetic theory. Quantum gases. Applicants must hold a PhD degree in
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nutrient stress. Scaling up laboratory findings from controlled photobioreactors to outdoor semiindustrial raceways while ensuring productivity stability. Modeling hydrodynamics and energy-efficient mixing
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of research data and result summaries. Research and project tasks can cover a range of topics including: Coastal hydrodynamic and morpho dynamic numerical modeling. Field data collection and analysis
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the University of Maine) with added electrolyser, ancillary plant and hydrogen storage tanks. FOW foundations with hydrogen storage and subject to wind turbine and hydrodynamic loads will be analysed in terms
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in the Environmental Hydrodynamics Platform and the Industrial Systems and Products Platform, coupled with a numerical modelling approach, enable research to meet operational needs. Where to apply
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able to perform both analytical and numerical calculations. Experience with analytical or numerical modelling of active systems is desired. Experience with continuum/ hydrodynamic theories
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) and hydraulic observations (e.g. ADCP, water-level signals and water pressure), and the integration of these datasets into structural and hydrodynamic models. You will contribute to the design and
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and hydrogen storage tanks. FOW foundations with hydrogen storage and subject to wind turbine and hydrodynamic loads will be analysed in terms of storage capacity and levelized cost of hydrogen
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• Implement and use a specific measurement protocol to characterize algal and mixed communities (fauna/flora) • Contribute to hydrodynamic tests conducted in test tanks with the University of Massachusetts
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. The objectives are : - Develop anisotropic internals for RPBs - Experimentally study the performance of the RPB with these internals, in particular the material transfer coefficient. - To model the hydrodynamic