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description We are seeking a PhD student to join our research team specializing in the analysis and modeling of multiphase flows. The research focuses on developing a fundamental understanding and numerical
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volatile cryogenic fluids like LH₂. This project will pioneer design methodologies and multiphase simulations to address this gap—focusing on cavitation behaviour and thermodynamic complexities unique
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Research Group at the Faculty of Engineering which conducts cutting edge research into experimental and computational heat and mass transfer, multiphase flows, thermal management, refrigeration, energy
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multiphase flow challenges related to the flow characteristics during cyclic injection processes using microfluidic experiments and pore-scale modelling. You will gain access to the advanced microfluidic
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unique, novel high-resolution imaging systems to investigate submillimeter-scale turbulent dynamics in multiphase environments such as the ocean surface. The project is part of the Collaborative Research
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-scale turbulent dynamics in multiphase environments such as the ocean surface. The project is part of the Collaborative Research Centre (CRC) “Energy transfers in atmosphere and ocean” funded by
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: fluid dynamics and multiphase flows, numerical modelling, one of the programming languages such as C++, Python, and MATLAB. Support and training The PhD student will be supported through extensive
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Inria, the French national research institute for the digital sciences | Talence, Aquitaine | France | 3 months ago
of ECOGEN (https://code-mphi.github.io/ECOGEN/ ), an open-source CFD software designed for compressible multiphase flows [4]. ECOGEN is written in C++ and employs finite volume schemes, specifically Godunov
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methodology and advanced multiphase modelling techniques for regenerative pumps operating on liquid hydrogen. There will be particular emphasis on the cavitation behaviour of hydrogen which is strongly
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processes can only be based on local physical modelling. The multiphase nature of the process, combining grain transport and heat transfer, remains a major obstacle. The particles flow in the rotating drum