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the underlying partial melt that supplies magmatic fluids and drives the circulation. Both partially molten rocks and hot hydrothermal fluids are anomalously conductive and thus they can be imaged by CSEM
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the underlying partial melt that supplies magmatic fluids and drives the circulation. Both partially molten rocks and hot hydrothermal fluids are anomalously conductive and thus they can be imaged by CSEM
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Vancouver, Canada. The position is available starting August 2025 for at least 1 year. The research project will focus on the extraction of bodily fluids for off-device analysis. Applicants must hold a Ph.D
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. The key responsibilities of this position include: Perform numerical simulation to solve fluid-solid-interaction problems Perform design optimization, especially AI-based generative design Master domain
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required for a series of studies on the glymphatic system - examining the combined effects of genetic, clinical, fluid, and imaging biomarkers on the clinical phenotype in patients with Parkinson’s disease
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equipment • Conduct wind tunnel/water experiments • Conduct computational fluid dynamics (CFD) simulations • Analyze experimental and simulation data and summarize key findings and observations
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of Mechanical, Medical and Process Engineering, Faculty of Engineering. The Artificial Heart Frontiers Program (AHFP) is seeking a highly motivated Mechanical Engineer with a specialisation in Computational Fluid
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equipment • Conduct wind tunnel/water experiments • Conduct computational fluid dynamics (CFD) simulations • Analyze experimental and simulation data and summarize key findings and observations
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Experience in reactor design is beneficial Experience in process control and PAT Knowledge and interest in closed-loop optimization Experience with Computational Fluid Dynamics Experience with laboratory
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observations. You will work in close contact with Professor Rainer Hollerbach in the Department of Applied Mathematics, and will join the Astrophysical and Geophysical Fluid Dynamics research group, which is