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running and post-processing CFD solvers is convenient, as well as a knowledge of turbomachinery problems. Analysis and development of numerical methods Languages ENGLISH Level Excellent Research Field
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analytical tools, numerical simulations, and data-driven analysis, with emphasis on reproducible scientific software. Expected outcomes include a general theoretical framework, predictions for phase
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, analysis, and implementation of numerical models. Interdisciplinary collaboration: o Willingness to participate in international and interdisciplinary research. o Participation in international
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involve developing and applying high-fidelity CFD models of turbulent flows in hydraulic turbines, integrating machine learning and deep reinforcement learning algorithms with numerical simulations
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applications Experience in the development and coupling of numerical methods for solid mechanics modeling Experience in digital rock technology, including advanced imaging and related analysis Experience in the
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working on developing experimental and numerical methods for wind turbine aerodynamics. The particular areas of responsibilities include: High and low-fidelity modelling of wind turbine airfoil and
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, international team working on developing experimental and numerical methods for wind turbine aerodynamics. The particular areas of responsibilities include: Modelling of rotor aerodynamics with both low
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University of California, San Diego | Estancia de San Diego, Guanajuato | Mexico | about 8 hours ago
projects include but are not limited to: sediment core analysis, radiocarbon and OSL sediment dating, numerical modeling of earthquake processes, seismic structural imaging, and natural hazards mitigation
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Mathjobs.org | about 1 month ago
application of differential and integral equations, dynamical systems, probability theory and stochastic processes, numerical analysis and other areas rooted in the general area of analysis. The