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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 18 hours ago
exclusive perks for numerous retail, restaurant and performing arts discounts, savings on local child care centers and special rates on select campus events. UNC-Chapel Hill offers full-time employees a
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Scheduled Hours 40 Position Summary The Zolkind Lab is a translational head and neck cancer lab investigating novel models of treatment resistance and therapeutic targets. This is a "bench-to
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degradation models into a robust structural safety framework. Experimental Validation: Designing and performing laboratory experiments on half-joint specimens to validate your NDT methods and numerical models
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• the numerical lattice simulations of the models in solid state physics • development of the existing C++ code library • applications of the above mentioned simulations to the description of the topological
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on the candidate’s interests, the project may include field investigations (e.g., paleoseismological trenching, sediment core analysis) and/or numerical modeling of tectonic–erosion–sedimentation interactions. Where
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: Develop data-driven numerical models (opinion models, norm dynamics, multi-agent systems). Network Science: Study social and temporal interaction networks using network physics tools. Simulation: Conduct
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heterostructures. This position offers opportunities for collaborative theory development, advanced numerical modeling, and participation in a vibrant, multi-institutional research environment. Regular joint
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full-wave simulations and characterize the relevant metamaterial structures. Extend existing analytical tools and numerical models. Prepare and publish scientific articles and reports and co-supervise
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of FSI, including its dependence on phase distribution and flow velocities Develop new sub-models for CFD–FEM simulations of two-phase flow–induced vibrations Conduct coupled numerical simulations and
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al., 2020; Zhao et al., 2024). Using direct numerical simulations of the interaction between turbulent flow and moving cylinders, Zhao et al. (2024) identified three distinct interaction regimes as the