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École Centrale Marseille, is a multidisciplinary institute. Its research topics mainly concern fluid mechanics, energy in the broad sense, including combustion and reactive systems, the physics of fronts
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structural health monitoring of structures immersed in heavy fluids, by continuing to develop the “Modal Strain Energy” and “Matched Field Processing” methods for detecting and locating a potential defect in
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of nonlinear dispersive equations and their discretization. The objective will be to establish new robust and efficient schemes for the simulation of quantum fluids dynamics, to perform their numerical analysis
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axes: Waves and quantum physics; Photonics; and Nonlinear Physics, Complex Fluids and Biophysics. The projects developed around these themes cover theoretical, fundamental and experimental aspects as
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dispersal. To do so, she/he will use approaches from fluid mechanics. The postdoc will develop kinematic models of the splash in the limit where inertia dominates. She/he will use approaches from differential
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vivo evaluation of these tools. The main hypothesis is to take into account the couplings between the solid and fluid phases, as well as the chemical components present, in particular electrically
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. • Mission 2: Characterise the fluid content near the subduction fault (downgoing and upper plates) by tomographic inversion of S-wave velocity (joint tomography of shots and earthquakes, or P-to-S converted
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elements, REE, Cl, F that record the fluid and melt sources, physicochemical conditions, pressure-temperature, P-T, oxygen fugacity-water activity, fO2-aH2O, chronology of the host rock-forming processes and
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, -Definition and realization of experimental campaigns. The activities of the Pprime Institute cover a wide range of topics: physics and mechanics of materials, fluid mechanics, mechanical engineering and energy
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active systems in response to external cues such as density gradients. Finally, we will combine these two axes of research and examine phase-separating active fluids in which the dense phase forms a defect