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model tests on granular flows.PhD position 2# is supported by an Advanced Grant of the European Research Council (ERC). The ideal candidate will focus on constitutive modelling and numerical simulations
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National Aeronautics and Space Administration (NASA) | Greenbelt, Maryland | United States | about 1 hour ago
by infrared and ultraviolet spectrometers. The incorporation of simple analytical or more complex 1D/3D numerical models is highly encouraged to aid in proposed data analysis and interpretation. Field
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and generous family tuition benefits. The teaching load for this position is five course sections per academic year. The Freeman College embraces the teacher-scholar model. Our new colleague will show
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for trainees and staff. The ideal candidate will be an accomplished leader who models the highest standards of professionalism and integrity, has the vision to support and expand an existing interdisciplinary
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for strengthening activities in relation to their specific expertise (e.g., computational imaging, deep learning, numerical optimization) Where to apply Website https://concorsi.unige.it/home Requirements Additional
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-frequency signal processing elements (< 1 GHz), such as electro-optic modulators and integrated photodetectors. The research activities involve the numerical study of the analyzed components at both
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physically based constitutive models for predicting the mechanicalresponse of composites. Development of numerical techniques for multi-scale and multi-physics analysis. Simulation of laboratory tests
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mathematics, Earth science, or a related discipline Skills in numerical modelling, programming, and handling large datasets Prior experience in machine learning is desirable Interest in nonlinear dynamics and
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and teaching excellence and a highly collaborative culture. New faculty will be encouraged to also participate in numerous prominent UAB Centers and Institutes: https:// www.uab.edu/research/home
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of quantum gases; Anderson problem - Numerical simulations of disordered and chaotic quantum dynamics This postdoctoral project focuses on studying a newly observed subdiffusive transport mechanism in