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evaluate the mechanical stresses induced during cycling in all-solid-state systems (based on argyrodite and polymer electrolytes), and to identify the main driven force (rate, ratio of element composing
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to optimize ternary hydrides and other materials; - Calculating the electronic structures of configurations generated in silico, as well as their thermodynamic, dynamic (phonon), and mechanical properties, and
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order to study fundamental phenomena such as the formation of SEI/CEI interfaces, the (de)solvation of ions at interfaces, the interfacial ion transfer, and the mechanical properties of electrodes during
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] Alexander Erlich and Giuseppe Zurlo. “Incompatibility-driven growth and size control during development”. In: Journal of the Mechanics and Physics of Solids (2024), p. 105660. doi: 10.1016/j.jmps.2024.105660
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Eligibility criteria - Solid background in fluid mechanics - Expertise in Python - Oral and written communication in English - Interest in interdisciplinary environment Website for additional job details https
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, at least through publications and conferences. He/she will actively participate in the life of the laboratory. The work will be carried out at the Solid Mechanics Laboratory, a joint unit between the CNRS
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: - Scientific curiosity, creativity, pragmatism - Experience in numerical modelling - Experience in inverse modeling - Knowledge of deep Earth geophysics - Knowledge of geophysical fluid mechanics - At ease with
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mixing rates can be expected from a libration-type forcing (periodic modulation of the rotation rate), an important mechanism in icy moons subject to strong gravitational coupling with their planet and
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. The dismantling of the former Uranium Natural Graphite Gas (UNGG) nuclear reactors generated a large volume of metallic nuclear waste. Once the uranium metal fuel had been mechanically removed, the fuel cladding
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diverse metabolic processes such as cofactor biosynthesis, peptide modification, post-translational modifications, and antibiotic biosynthesis. They operate via a radical-based mechanism that uses a 4Fe–4S