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We are looking for a researcher, whose expertise lies in computational fluid mechanics and finite element methods, to work with Matthew Hubbard and Reuben O’Dea on a Wellcome Trust funded project
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backgrounds in fluid dynamics, combustion, heat transfer, and solid mechanics. Position Status Full Time Posting Number 26FA0856 Posting Open Date 10/12/2026 Posting Close Date 01/29/2027 Qualifications Minimum
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, power density, lifetime, and reliability, and contribute to the development of thermal and fluid-dynamic models that can be used early in the development process for screening and optimisation before
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in the area of Computational Fluid Dynamics. Familiarity with response surface modeling and optimization, is a plus. Experience using commercial codes like ANSYS-FLUENT is desirable. Qualifications
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, machine-learning methods for scientific discovery. Advanced command of fluid dynamics, acoustofluidics, multiphase/interfacial transport, and applied mathematics. Ability to formulate and solve governing
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process Optimization, with emphasis on Chemical vapor Deposition (CVD). The successful applicant must have a strong background in the area of Computational Fluid Dynamics. Familiarity with response surface
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 17 days ago
Simulation Laboratory (https://griffith.web.unc.edu). This position would support projects on (1) cardiac digital twins for heart failure and/or (2) cardiac fluid dynamics simulation software development in
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, including gas turbines and combustion engines. We combine advanced computational fluid dynamics, theory, machine learning, high-performance computing, and experimental methods to investigate and model complex
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researchers with cutting-edge expertise in combustion science, chemical kinetics, fluid dynamics, and digital modeling, preparing them to revolutionize industrial energy systems and accelerate Europe’s energy
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. The Department covers a wide breadth of topics, from mantle and lithosphere dynamics on Earth and other planets, via surface processes in the boundary layers between Earth’s surface and atmosphere, to the dynamics