Found 8 document(s)
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Body centered cubic-derived intermetallic materials are promising candidates for applications in extreme environments, most notably as precipitate strengtheners and coating materials. Yet, the strong bonding schemes that...
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We present a comparative study of the structural, energetic, electronic and elastic properties of MX type MnP systems (where X D Si or Ge, and M D Pt, Pd or Ni) using first-principles calculations. The optimized ground s...
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Le présent manuscrit propose une synthèse des travaux de recherche de l'auteur de ces dix dernières années. Il est divisé en deux grandes parties. La première partie regroupe les modèles et techniques de résolution dével...
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Non-linear normal modes (NNMs) are used in order to derive reduced-order models for large amplitude, geometrically non-linear vibrations of thin shells. The main objective of the paper is to compare the accuracy of diffe...
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This study is devoted to the experimental validation of a theoretical model of large amplitude vibrations of thin spherical shells described in a previous study by the same authors. A modal analysis of the structure is f...
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Large-amplitude vibrations of a clamped-free beam are considered. Reduced-order models (ROMs) are derived for this problem, within the framework of non-linear normal modes (NNMs), defined as invariant manifolds in phase ...
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As previously reported, the critical current Ic dependence versus optical power P in the mW range at 780 nm, with P focused on microbridges of YBCO thin films, can be calculated using simple assumptions on heat productio...