Found 8 document(s)
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Fuzzy fiber is a special type of reinforcement architecture, in which a regular fiber has carbon nanotubes (CNTs) grown on its surface, through chemical vapor deposition improving hence the interphase. To efficiently mod...
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La demande croissante de composites multifonctionnels avancés dans les secteurs de l’aérospatiale et de l’automobile a stimulé l’intérêt pour les matériaux capables de résister à des conditions thermo-électro-mécaniques ...
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The aim of this work is to develop a multiscale framework for polymer based composites made of generalized standard materials with nonlinear behavior, that accounts for fully coupled thermomechanical processes. To achiev...
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This contribution presents a new physics-informed deep homogenization neural network model for identifying local displacement and stress fields, as well as homogenized moduli, of nanocomposites with periodic arrays of po...
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This article aims at proposing a new mean-field homogenization framework for the study of composites undergoing fully coupled thermomechanical processes. Strongly dissipative phenomena during high or moderate cyclic load...
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This paper presents for the first time an extended Mori-Tanaka approach aimed at identifying the little-explored piezoelectric response of unidirectional nanoporous composites with energetic surfaces. The interface is si...
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The multilayered composite structure has been utilized frequently in the literature of periodic homogenization as a test case for developing new methodologies for linear and nonlinear composite media. The manuscript demo...
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In this work, a multi-scale model established from the concept of periodic homogenization is utilized to predict the cyclic and time-dependent response of thermoplastic-based woven composites. The macroscopic behaviour o...