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the specific aspects of each operation and theorizing the limiting physico-chemical processes (thermodynamics, hydrodynamics, material and heat transfers, etc.), in order to produce predictive models that can be
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chemistries (pH, ionic strength, composition). Perform column transport experiments to assess polymer mobility and adsorption under hydrodynamic flow. Complement experiments with in-situ surface measurements
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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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. For Dr. Haehl’s project desirable experience includes holography, conformal field theory, quantum chaos, effective field theory and/or hydrodynamics. For Dr. Zadeh’s project, background in conformal field
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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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computational and experimental; we work on exciting problems in diverse areas such as bio-fluid interactions, signatures, wave energy, advanced materials, complex hydrodynamics and hydroacoustics, data
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Position Summary A postdoctoral research associate position is available in the Department of Civil and Environmental Engineering (https://engineering.msu.edu/about/departments/cee). This is a one
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been modelled by Starling's principle, which is based on the combined effect of hydrodynamic and osmotic flows. Revised to include lymphatic recirculation, Starling's principle remains difficult
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research lines, including Plasma Physics, Coastal Hydrodynamics, Remote Sensing applied to oceanography, Physical Oceanography, Environmental Radioactivity, and Thermophysics, promoting scientific output and
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analysis framework that supports flood-resilient urban design by combining multi-sensor Earth observation (EO) data, hydrological–hydrodynamic models, urban digital twins, and advanced AI methodologies