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Brandeis University, Theoretical and Computational Physics Position ID: Brandeis-Theoretical and Computational Physics-POSTDOC [#31407] Position Title: Position Type: Postdoctoral Position Location
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) if you have any questions. Thank you! Postdoc position for experimental fluid dynamics: Please submit your application at https://apply.interfolio.com/174332 by 12/01/2025. PhD opportunity will be a joint
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contribute to a research program on star formation, galaxy formation, the interstellar medium and fluid dynamics. The successful candidate will be expected to work on the above topics, explore new
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for future computational fluid dynamics simulations. Specifically, our group develops the Nektar++ spectral/hp element framework ( www.nektar.info ), and its mesh generation tool NekMesh. The successful
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Physics / Atomic Physics , Astronomy and Astrophysics , Biophysics , Chemical Physics , Condensed Matter Physics , Fluid Physics , Optical Physics , Plasma Physics , Quantum Computing , Quantum Information
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computational fluid dynamics software and modeling tools to simulate and study fluid flow through porous electrode, membranes, electrode membrane assembly (MEA) for electrolysis and fuel cells will be an asset
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carried out between the Université Libre de Bruxelles (ULB) — SAAS research group — and the von Karman Institute for Fluid Dynamics (VKI). The postdoc will join an ongoing collaboration focused
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 16 hours ago
, dynamical systems, and scientific computation. Ideal experimentalists will have strong skills in experimental fluid mechanics, including laboratory design, high-speed imaging, flow visualization, and
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research visits within the international network program Instability phenomena in asymptotic models in fluid dynamics to institutes in Germany, and offers the opportunity to participate in subject related
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leading group in high-order methods: a class of finite element methods that is now leading the way for future computational fluid dynamics simulations. Specifically, our group develops the Nektar++ spectral