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Duties: Perform and analyze ReaxFF reactive molecular dynamics simulations on 2D-material growth Connect the results from these simulations to data science methods and Computational Fluid Dynamics Perform
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Scientific Computing: Design and analyze quantum algorithms for optimization, combinatorial search, differential equations, scientific simulation, and other computational challenges arising in engineering
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pore-scale computational modeling and will develop, test, and deploy pore-scale simulation models for the analysis of flow in porous media in conventional and unconventional formations. These efforts
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given to candidates who can start at this time). This position is funded through a project to research on roadway hydraulic structure perform, such as culvert, through computational fluid dynamics (CFD
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simulation, machine learning, battery manufacturing, electrochemical systems, materials characterization, or computational mechanics A strong publication record, preferably including at least three first
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SPECIFICS The Hamilton Lab (http://jillahamilton.com/index.html ) at The Pennsylvania State University is seeking to hire a Postdoctoral Scholar to contribute to funded research program aimed at studying
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analytical or computational models and simulations. An ability to conduct research and produce scholarly outputs as demonstrated through publications in peer-reviewed journals. Familiarity is expected with
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research. The successful candidate will contribute to methodological innovation, computational implementation, simulation studies, software development, manuscript preparation, and grant-related research
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vibration control, with demonstrated expertise in stochastic dynamics or random vibration, computational modeling, and experimental validation of mechanical systems. The successful candidate will work closely
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role in both the scientific application and open-source software development of UXarray, a Python package that extends Xarray to provide native support for horizontally unstructured computational meshes