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surfactants — such as SDS or TTAB, found in most foaming systems — the surface viscosity is simply too small to be measured with the existing interfacial rheology methods. As part of this project, we aim
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shaping will be central to the study. The numerical model will be based on the boundary element method (BEM) and semi-analytical approaches developed at I2M. The experimental proof-of-concept will leverage
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to synchrotron radiation for X-ray absorption experiments, which will complement this method, and finally we plan to perform NMR analyses by enriching our samples with 77Se. In the second part of the thesis, we
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. Research within LIG is organized into 5 focus areas: Intelligent Systems for Bridging Data, Knowledge and Humans, Software and Information System Engineering, Formal Methods, Models, and Languages
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. To test this hypothesis, the candidate will apply methods that include magnetoencephalography (MEG), brain stimulation, neurofeedback, and computational modelling. The project includes a collaboration with
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finite-difference resolvent solver incorporating stabilising filters as well as a domain-decomposition strategy suitable for complex geometries, - Use efficient time-integration methods to compute
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on a resolvent formulation of the Boundary Element Method. He/she will apply this tool to perform the shape optimisation of a landing gear. He/she will then carry out the experimental validation
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evaluation of modal-decomposition techniques applied to data from high-fidelity numerical simulations of landing-gear aeroacoustics. The researcher will develop and implement modal-decomposition methods using
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(OAE) is a promising method aimed at increasing the ocean's capacity to absorb atmospheric CO₂. However, its biogeochemical, physical, and climatic impacts—as well as its interactions with other
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scientific activities, such as automatic and DFT methods. Where to apply Website https://emploi.cnrs.fr/Candidat/Offre/UMR5256-SEBLEV-001/Candidater.aspx Requirements Research FieldChemistryEducation