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fluids and soft materials, and benefits from the expertise and equipment for macromolecular synthesis, multi-scale mechanical and structural studies, and the physicochemical characterization
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and with the 2AT team at Institut Pprime to develop resolvent-based modelling tools for turbulent jets in cases where the jet mean flow is three-dimensional. The researcher shall: - Develop a high-order
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–Stokes operator linearised about the turbulent jet mean flow. The tool, designed to account for the decorrelating effects of turbulence, will first be validated on axisymmetric jets and subsequently
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on the flow in soap films and will help us better understand how surface viscosity affects foam drainage, bubble coalescence, and the aging of fluid interfaces. Where to apply Website https://emploi.cnrs.fr
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of real-world exposome scenarios. The doctoral candidate will quantify the kinetics of homo- and heteroaggregation, as well as sedimentation dynamics in biological fluids, using dynamic light scattering
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materials physics to mechanical engineering, including fluid mechanics, thermal sciences and combustion. At the CNRS, on the Futuroscope site, the Pprime Institute is recruiting a PhD student as part of
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, instability characterization, and fluid mechanical interpretation, with direct relevance to both fundamental fluid mechanics and flow applications. The student will integrate to the Rheology of concentrated
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: Generation of energy conversion processes, led by LRGP and EDF R&D. The objective is to develop a methodology capable of automatically determining the best thermodynamic cycle and the best working fluid for a
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of objects, but current techniques are limited to small particles (micrometer to millimeter scale). In optics, the slowing down of light ("slow light") in structured media significantly amplifies radiation
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within the D2-FTC department, Fluids, Thermal and Combustion, which corresponds to a continuum ranging from fluid mechanics, inert, anisothermal and reactive fluids, to effects related to complementary