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this phenomenon remain to be fully elucidated. The post-doctoral project will focus on the physics of air–mucus interactions in the bronchi during coughing, i.e., under high-velocity airflow conditions. The fellow
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. * Design numerical simulations of 2-D dike propagation coupling viscous flow and fracturing of elastic host rocks, building on existing frameworks for modeling hydrofractures. * Implement boundary conditions
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evaluation of algorithms for: perception in robotics; sensor based control and navigation ; interactive mobile manipulation; multi-sensor data modelling and fusion. This job offer takes place within
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or liquid chromatography, mass spectrometry, optical diagnostics, lasers, IR-UV-Vis spectrometry - Measurements in atmospheric simulation chambers, in reactors coupled with laser-induced fluorescence
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cycle in regional and global chemistry-transport and climate models, and for improving the ability of remote sensing to detect and characterize source areas and atmospheric particles. The OPENDUST project
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The postdoctoral fellow will participate in the PostGenAI@Paris AI Cluster (ANR) project at Sorbonne University, and more specifically in the "AI-Augmented Multiscale Modeling for Energy Storage" sub-project, whose
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to unravel the atmospheric importance of this interfacial chemistry by means of (i) laboratory-based investigations, (ii) field observations and (iii) modelling. These activities will take place in the frame
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and implemented in Fenics to: - Identify the mechanical properties of collagen hydrogels, depending on their manufacturing conditions, based on experimental data. - Improve these models to include
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Inria, the French national research institute for the digital sciences | Montbonnot Saint Martin, Rhone Alpes | France | 10 days ago
opens the way for uncovering them using data-driven techniques and bridge the gap between constitutive modelling, numerical simulations, and experiments. As a Postdoctoral Researcher, you will explore and
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sediments—covering half the seafloor and serving as a vital CO2 sink. Using state-of-the-art high-pressure reactors, you'll simulate abyssal (3-6 km) and hadal (>6 km) conditions to explore pressure effects