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Liste des publications du LMPS

Affichage des publications 271 à 280 sur 1638 au total

Solid mechanics

Theoretical and numerical comparison of the elastic ultrasonic wave scattering in polycrystalline materials with fiber texture

The physics of the elastic ultrasonic wave scattering is of interest for the non-destructive Laser-Ultrasonics (LU) technique to characterize polycrystalline materials. Generally, polycrystalline media are composed of multiple anisotropic single…

Juan Camilo Victoria Giraldo, Jerome Laurent, Alain Lhémery, Denis Solas, Bing Tie

CFA 2025 - 17e Congrès Français d'Acoustique -

Mechanics of materials

Stress intensity factor determination along a kinked crack path by DIC analyses

Sharp kinks may be observed under shear loading or in materials containing weak directions, such as those produced by additive manufacturing. A better understanding of the fracture of these materials, both theoretically and experimentally, is…

Thomas Corre, François Hild, Veronique Lazarus

International Journal of Fracture -

Solid mechanics

Condition d'intégrabilité d'une loi d'hypoélaticité

Nous proposons une reformulation géométrique de l'hypoélasticité en terme de 1-formes (puissances) sur la variété des métriques riemanniennes. A partir de cette reformulation, nous établissons une nouvelle condition nécessaire d'intégrabilité d'une…

Romain Lloria, Boris Kolev, Rodrigue Desmorat

Engineering Sciences

Augmented DIC and FE Analyses: A Two-Field Approach to Damage Localization

The prediction of localized phenomena is still challenging. In particular, running an entirely consistent simulation with experimental observations is delicate. It is proposed that FE simulations on fine meshes be augmented with experimentally…

Stéphane Roux, François Hild

Advanced Modeling and Simulation in Engineering Sciences -

Differential Geometry

Cinématiques des milieux généralisés et repères mobiles

This work presents a unified geometrical framework for modeling generalised continua in finite strains : in any dimension (rods, shells, 3D media), in any micromorphic theory of order one (micromorphic, Cosserat, micro-dilatation, etc) and in any…

Clément Ecker, Rodrigue Desmorat, Boris Kolev

High Energy Physics - Theory

Formulation Covariante du Couplage Electro-Magneto-Mécanique

Le présent travail porte sur la reformulation du couplage électro-magnéto-mécanique à partir du cadre de la relativité générale, pour les milieux continus non conducteurs. Un élément central de ce travail est l'introduction d'un lagrangien de…

Mina Chapon, Rodrigue Desmorat, Boris Kolev

Civil Engineering

A step toward flow simulation through cracks in beam-particle models

Crack characterization in reinforced concrete structures, such as the containment walls of 1300 MWe nuclear power plants, is critical for accurately estimating air leakage. Traditional modeling strategies, such as Poiseuille's law applied to a…

Omar Najjar, Thomas Heitz, Cécile Oliver-Leblond, Jean-Louis Tailhan, Giuseppe Rastiello, Frédéric Ragueneau

12th International Conference on Fracture Mechanics of Concrete and Concrete Structures (FraMCoS-XII) -

Engineering Sciences

Accelerating cell topology optimisation by leveraging similarity in the parametric input space

The design of high-resolution topology-optimised (TO) structures is important for many industrial and medical applications because of their better mechanical performance under different load conditions. Traditional density-based TO methods, like the…

Antolín Martínez-Martínez, David Muñoz Pellicer, José Manuel Navarro-Jiménez, Olivier Allix, Francisco Chinesta, Juan José Ródenas, Enrique Nadal

Computer Methods in Applied Mechanics and Engineering -