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in combustion and reacting flows. Our research addresses fundamental and application-oriented questions in combustion, turbulence, chemical kinetics, sustainable fuels, and advanced energy technologies
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preparation, mesh generation, solver execution, and post-processing. Validate CFD predictions against experimental wind-tunnel measurements and establish best-practice guidelines for turbulence modelling and
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transport, equilibrium, heating and current drive, turbulence, MHD stability, plasma-wall interactions, and synthetic diagnostics. At Chalmers, we develop and maintain scientific software, workflows, and data
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include: development and implementation of numerical codes for time evolution in AdS, holographic studies of turbulence, holographic simulations of heavy ion collisions, calculations of quasi-normal modes
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. https://cns.utexas.edu . The university offers an impressive benefits package including: · Employer paid health insurance (employee premiums covered at 100%; spouse and family premiums at 50
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, turbulent fluid-structure interactions using immersed boundary and XFEM techniques, validated against experimental benchmarks. 3. Bio-inspired autonomous systems — Pave the way towards autonomous systems
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-stream, etc. These instabilities can lead to wave turbulence, which modifies the macroscopic properties of the discharge (e.g., the electric current, plasma density, etc). For this reason, a better
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parameterization of turbulent transport in this astrophysical context remain open questions. This thesis will be part of a joint research program with colleagues in Toulouse (Laplace and IRAP) and Marseille (PIIM
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, or computer engineering, or a closely related field. Required Related Experience The successful candidate will have expertise in high-speed computational fluid dynamics with interest in turbulence and
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these severe limitations, we have recently proposed a novel numerical method following single phase turbulence theory. Similar to single phase turbulence models it allows much coarser gird resolutions resulting