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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 4 hours ago
inform observable macroscopic properties as part of the activities of the UNC Superfund Research Program (SRP) (https://sph.unc.edu/superfund-pages/srp/). This work involves running, developing, and
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Degree or equivalent Skills/Qualifications We are looking for Engineers or Master’s graduates with a strong background in fluid mechanics and numerical flow simulation. The ideal candidate is passionate
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for digital twin: 3D model learning, prediction models from imaging and molecular data, model-based simulation coupling, and uncertainty-aware outputs for lab/clinical validation. Work with 3D datasets, time
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process techniques for the development of ion channel simulation schemes. Design, program and maintain the code necessary for these simulation models. Run numerical simulations. Provide support for
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of the Alhambra and the Generalife. Project 2 — Machine learning for energetic-particle transport in thunderstorms This project explores machine-learning (ML) techniques to accelerate the numerical simula- tion
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efficiency (e.g., arXiv:2411.00944). Main responsibilities: Designing independent research projects; Developing and performing analytical calculations and numerical simulations; Coordinating collaborations
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initiation and evolution. Different rheological parameterizations of yield-strength and dislocation creep will be compared in regional and large-scale numerical models of mantle dynamics. We will in particular
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systems, including coupling with external tools such as optical ray-tracing software (e.g., Tonatiuh++) and other numerical simulation platforms. Position Specific Responsibilities/activities: Develop
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: (i) the rarity of extreme events, which renders classical statistics inadequate; (ii) the uncertainty inherent in cascading effects; and (iii) the lack of confrontation between numerical models and
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time. The PhD will combine experiments, modeling, and numerical simulations. The experimental work will involve the design and fabrication of bubble metascreens using 3D printing, laser cutting, and