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to the development of energy models; • to access complementary experimental platforms; • to strengthen Franco-Canadian scientific collaborations. The project also benefits from industrial support through
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transport. Qualification. Required: Degree in geosciences, physics, chemistry, engineering or fluid mechanics. Interest in fabrication techniques, experimental development, and multidisciplinary work
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interfacial phenomena. The project is part of the ERC Starting Grant EMBIOMO, which focuses on the dynamics of embolism propagation within leaf vascular networks and on the development of biomimetic models
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research unit of Clermont Auvergne University, affiliated with the French National Centre for Scientific Research (CNRS) and the French Research Institute for Development (IRD). It is situated on the Cézeaux
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framework, covering a wide spectrum from RANS approaches to high-fidelity LES with automatic mesh adaptation. In parallel, recent work has led to the development of multi-fidelity modeling strategies
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development remains limited by the difficulty in obtaining crystals with high structural quality, specifically with a stacking fault density below 500/cm². The Travelling Solvent Method (TSM), which uses a
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and future mechanisms in the evolution of the Earth's climate and external environment, using observations and modeling exercises. The PhD thesis is funded by the French-Brazilian (ANR-FAPESP) AMACLIM
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using isotopic exchange and solid-state NMR, and the investigation of the influence of microbial activity on the evolution of these properties. The PhD work will involve: Setting up controlled incubations
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development. The next step is to incorporate the evaluation of trajectory parameters (Track Fit) into this process. A promising approach involves regression using Transformers, which have shown excellent
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drugs. These applications involve collaborative projects with industry partners (already funded) or academic partners. For these three examples, this metrological approach to sensor development involves a