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). Research Responsibilities Lead the experimental design to simulate early Archean conditions. This includes modeling polymerization and fluid-organic interactions, considering 'Possible Archean' Ocean
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du plasma n'est pas sans influence sur la structure de l'écoulement [11]. La génération d'une seule décharge est suffisante pour faire éclater la zone laminaire du jet et entraver la propagation des
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du plasma n'est pas sans influence sur la structure de l'écoulement [11]. La génération d'une seule décharge est suffisante pour faire éclater la zone laminaire du jet et entraver la propagation des
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degree: Engineering, especially aerospace/aeronautical engineering. Experience: Experience with numerical fluid simulations, especially interaction with structures. Languages: English level equal
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or similar projects (K3, GEEAUDE) will be conducted. In a final phase, we will focus on speleogenesis, i.e., the emergence of karst structures due to fluid-rock interactions, a typical case of self
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advanced physical and computational approaches. Research interests may include fluid–structure interactions, offshore renewable energy systems, and infrastructure challenges facing large cities. The location
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-ray, neutron, and charged-particle flux; material selection for structural and functional reactor components; exploration of advanced and conventional cooling systems; energy extraction and conversion
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to develop innovative ideas about ore deposit formation in the Tintina Gold Belt. You will apply the principles of fluid evolution, water-rock interaction, interface coupled dissolution precipitation
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the forces transmitted through mooring chains or foundations anchored to the seafloor. Understanding these fluid-structure-sediment interactions is critical for optimizing structural stability, durability, and
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of these phenomena is complex, as it is inherently a multi-physics problem: fluid dynamics, fluid-structure interaction, thermal/thermodynamic aspects, with close links to spacecraft dynamics. As an intern, you will