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theoretical framework, numerical studies play a crucial role in active matter research. While significant progress has been made using minimal models, important gaps remain in understanding the striking
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can be improved further by improving the embedded subgrid closure models and numerical techniques. The proposing team is currently working on these aspects, but time is lacking for a systematic
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porosity models can be improved further by improving the embedded subgrid closure models and numerical techniques. The proposing team is currently working on these aspects, but time is lacking for a
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during 110–90 Ma. Thermomechanical numerical modeling will test whether blueschist-facies conditions can be generated under scenarios of intra-arc shortening, transient subduction initiation, or back-arc
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observations disponibles dans les observatoires de l'infrastructure de recherche OZCAR comme l'Observatoire du Larzac (https://deims.org/83b01fa5-747f-47be-9185-408d73a90fb2
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initiation and evolution. Different rheological parameterizations of yield-strength and dislocation creep will be compared in regional and large-scale numerical models of mantle dynamics. We will in particular
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the following domains : - Applied physics (insulating materials, thermal transfer, fluid mechanics, modeling...) - Instrumentation, basic electronics - Notions on simulation using numerical methods Additional
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