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successful candidate will develop and apply multiscale and multiphysics computational models to investigate electrochemical, mechanical, and thermal coupling in multilayer assemblies for applications such as
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Mathjobs.org | 24 days ago
scientific and engineering applications. Dynamical and complex systems: nonlinear dynamics, mathematical physics, network science, multiscale systems, and modeling of complex phenomena. Computational
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scientific and engineering applications. Dynamical and complex systems: nonlinear dynamics, mathematical physics, network science, multiscale systems, and modeling of complex phenomena. Computational
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conducting research at the convergence of multiscale computational mechanics, civil infrastructure resilience and digital twin modeling. The position will require extensive collaboration across
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experimental data. This position is in the Metallurgy and Advanced Microscopy group within the Materials Science Division. You will Develop and validate a multiscale simulation framework for virtual X-ray
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advanced research area such as data science and AI, nano/quantum technologies, high-performance computing, multiscale and/or multiphysics analysis, and advanced measurement techniques. [Work content
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multiscale approach based on operando techniques, including acoustic emission and small-angle X-ray scattering (SAXS), to monitor the densification process. The simultaneous monitoring of pressure
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to automated multiscale simulation and analysis workflows. You will also receive advanced training in computational chemistry, including electronic structure, molecular quantum dynamics and
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faculty position in the Department of Mechanical Engineering (ME) in scientific machine learning (SciML) and computational modeling of complex multiphysics and multiscale systems. We encourage applications
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colleagues within the group, the Institute and international collaborators at Imperial College London, through the CNRS- Imperial “Antoine Lavoisier” International Research Lab on Multiscale