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. This project is about to study and model the properties of (macro)spicules, investigate their generation and propagation by means of magnetohydrodynamic wave physics. The research will involve both
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activities between IETR and the French space agency CNES (https://cnes.fr ). This interdisciplinary project will be carried out at IETR – UMR CNRS 6164 (http://www.ietr.fr ) and it will strongly involve two
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algebra, iterative solvers, preconditioning - Wave propagation problems Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UMR7598-PIETOU-006/Default.aspx Work Location(s) Number of offers
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Associação do Instituto Superior Técnico para a Investigação e Desenvolvimento _IST-ID | Portugal | 25 days ago
modelling and stepped revetments; development of pre- and post-processing scripts to analyse numerical modelling simulations; implementation of a phase-resolving wave model to simulate wave propagation and
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. The first approach considered in this project will leverage the spatial periodicity of the surface roughness. Bloch theory provides a rigorous framework for analyzing wave propagation in spatially periodic
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, nonlinear science, wave propagations in lattices, fluid mechanics and financial mathematics. About You The successful candidate will be expected to contribute to teaching and curriculum development
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imaging. Key Responsibilities: Design and carry out ultrasonic experiments and develop signal processing techniques Develop theories of acoustic wave propagation in complex materials Design numerical
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propagation in spatially periodic, non-dissipative media, such as electromagnetic, elastic, or acoustic waves in metamaterials. This decomposition can also be applied to analyse the growth or decay of flow
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simulation of time dependent non-linear PDEs has emerged as a key technology. A main task of this employment is the development and analysis of numerical methods for wave propagation problems. Particular focus
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staff position within a Research Infrastructure? No Offer Description Study, design, and experimental characterization of new miniaturized microwave and millimeter-wave devices with energy autonomy