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to elastic and acoustic waves. In particular, unique regimes are observed in fluids when a wave reflects obliquely off a free wall. If the shock wave is said to be weak, the von Neumann reflection regime can
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on the acoustics of the audible, but the laboratory has integrated in recent years new research topics in the field of vibration and ultrasound. The studies concern the propagation of waves in fluids (at rest or in
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simple molecular model of systems (fluids + materials) at the heart of the study project. ➺ Carry out molecular simulations of Monte Carlo and molecular dynamics to understand the adsorption and dynamics
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Environmental and Planetary Sciences, with experience in scientific computing and fluid mechanics - excellent knowledge of scientific programming (Python, Bash) - experience in Big Data and statistical analysis
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particular mastery of the main principles controlling the sedimentary and structural architecture of a sedimentary basin - Mastery of the physical processes controlling fluid migration in the deep subsurface
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the integration of relevant chemistry into computational fluid dynamics (CFD) simulations to design more economical and environmentally friendly combustion processes. The postdoctoral researcher will be based
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a background in fluid mechanics, applied mathematics and/or earth sciences. The candidate will interact on a regular basis with researchers in the European area, and is therefore expected to have a