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The PhD project aims to contribute to the development of a fluidized-bed heat exchanger model in which the fluid to be heated circulates inside bundles of tubes immersed in the fluidized particles. This is
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the Complex Fluids research group of the Physics Institute of Nice (INPHYNI), where a turbulent channel has been recently built and characterized. He or she will also benefit from interactions with other
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to understand not only the current alteration, but also its evolution with fluid circulation associated to EGS exploitation. Yet, no dynamic alteration study has been performed on the Soultz-sous-Forêt rocks
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possible to constrain the current dissipations in the liquid cores of the Earth and the Moon. But these measured dissipations, expected to be dominant near the fluid core boundaries, are in disagreement with
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dynamic behaviours, from aseismic slip to mega-earthquakes. So far, there is no consensus on a model describing the processes controlling these fault behaviours. A possible answer might lie in
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are looking for a candidate with a taste for experiments, ideally with a background in soft matter physics or fluid mechanics. Foams are made of liquid or solid containing gas bubbles. Liquid foams have
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with the LEGI, IMFT and ISAE-SUPAERO laboratories, it is proposed to model the dynamics of cryogenic fluids at the reservoir scale by integrating sub-models from direct numerical simulations developed by
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/ ERC Is the Job related to staff position within a Research Infrastructure? No Offer Description The PhD candidate will study the physical mechanisms producing chaotic advection in laminar fluid flows
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. The spatiotemporal organization of these fuel and light powered nanoparticles will be studied at the single particle level thanks to advanced optical microscopy techniques in order to characterize their dynamical
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transfer and combustion, fluid dynamics and technical acoustics, aircraft propulsion, virtual chemistry, and high-pressure combustion. Experimental campaigns will explore combustor stability limits