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Postdoctoral Researcher to join the NWO-VIDI project Not-Just-Water, which investigates how multiple phases (e.g. air, water, debris) influence impact loads on structures during extreme hydrodynamic events
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. the light curves and spectra) of these stars analytically and through numerical methods, based on binary stellar evolution models. You will also investigate potential observable signatures of binary evolution
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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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process remains coarsely parametrised in spectral wave models, in particular because the frequency distribution of dissipated energy remains unknown. The standard modelling approach follows the work
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availability of funding. We seek qualified applicants to work with Prof. Kohei Inayoshi on the following topics: (1) Black hole growth and formation: Conducting radiation hydrodynamic simulations
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hydrodynamics, offshore structures, and ocean energy. Implement scientific and technological advances in the hydrodynamic modelling and simulation of maritime (offshore) infrastructure. Contribute to securing
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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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inflow through random emergent vegetation. URL: etheses.whiterose.ac.uk:35152 Corredor-Garcia et al. (2025). Hydrodynamics and length-scale distributions of a random cylinder array, https://doi.org/10.1061
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molecular dynamics simulations with LAMMPS, and data curation. Scientific context: Our current understanding of polymer viscoelasticity is founded on single-chain models [2]. Such models draw on the fact