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. Co-found spin-out company in 2027. Because of the ambitious nature of the project and project teams, we are looking for a top student with great ambitions to make a difference through cutting-edge
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Motion Laboratory, a multi-disciplinary research group investigating different aspects of animal structure and movement. The post holder will join Professor Richard Bomphrey’s research group to work on a
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: 272540360 Position: Postdoctoral Research Associate Description: Princeton University, in association with NOAA's Geophysical Fluid Dynamics Laboratory (GFDL), seeks postdoctoral scientists or research
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testing approaches for predicting induced seismicity and using observations of seismicity to infer in-situ stress conditions; and 2) developing approaches to predict and adapt to changes in fluid
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Odense. The research of the MSO group is focused on development of advanced simulation and optimisation methods for multiphysics, fluid flow and conjugate heat transfer problems, but also covers
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structural analyses, multiscale stress and strain characterisation, analysis of hydrocarbon reservoirs, mainly traps characterisation (including the timing of trap formation) and fluid migration. The candidate
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to replace ad hoc approaches to porous media with a fundamental understanding of porous media with relevance in biology, chemistry, geology and geophysics based on fluid mechanics, non-equilibrium
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 1 month ago
individual differences in nutrient requirements and responses to diet affect our nutritional needs. Our research contributes to the prevention and mitigation of chronic disease across the lifespan from
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will analyze a series a mammalian fluids/tissue obtain associated with a study looking at the influence of Elderberry extracts on brain function. Qualifications The successful candidate will have a PhD
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particular for this position, the following is required: PhD in engineering or physics, preferably with a focus on the development of thermal fluid-structure interaction mathematical models. A thesis topic