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Liste des publications du LMPS

Affichage des publications 371 à 380 sur 1301 au total

Civil Engineering

Hyper‐reduced order models for accelerating parametric analyses on reinforced concrete structures subjected to earthquakes

This paper combines a hyper‐reduction procedure, the proper orthogonal decomposition unassembled discrete empirical interpolation method, with a non‐iterative α‐operator splitting (α‐OS) time‐integration scheme for accelerating parametric analyses…

Bastien Bodnar, Walid Larbi, Magdalini Titirla, Jean-François Deü, Fabrice Gatuingt, Frédéric Ragueneau

Computer-Aided Civil and Infrastructure Engineering -

Mechanics of materials

Identification of the effective interface between the homogenized phases of a dual-weave 3D composite

Hybridization enhances composite properties by assembling several reinforcement materials. In woven composites, the distribution of different yarns can induce a macroscopic heterogeneity in the thermomechanical properties, which can be considered in…

Léonard Turpin, Jan Neggers, Arturo Mendoza, Julien Schneider, Yannick Pannier, Stéphane Roux

European Journal of Mechanics - A/Solids -

Mathematics

Empowering PGD-based parametric analysis with Optimal Transport

The Proper Generalized Decomposition (PGD) is a Model Order Reduction framework that has been proposed to be able to do parametric analysis of physical problems. These parameters may include material properties, boundary conditions, etc. With this…

D. Muñoz, S. Torregrosa, Olivier Allix, Francisco Chinesta

Finite Elements in Analysis and Design -

Electric power

Effects of Filtering and Current-angle Adjustment on the Multi-Material Topology Optimization of a 3-phase Stator

This paper investigates MMTO methods to design 3-phase PMSM stators, showing that a usual gradient descent leads to non-manufacturable local optima. A multi-material density filtering consistent with the antiperiodic boundary conditions smooths the…

Théodore Cherrière, S. Hlioui, Luc Laurent, François Louf, Hamid Ben Ahmed, Mohamed Gabsi

IEEE Transactions on Magnetics -

Construction durable

Highlighting the impact of the construction history of a Cultural Heritage building through a vibration-based Finite Element model updated by Particle Swarm Algorithm

Numerical models play a primary role in Cultural Heritage preservation. Nevertheless, the design of a realistic model remains challenging due not only to the complex behavior of masonry but also to the asynchronous building phases, the damage…

Arnaud Montabert, E. Diego Mercerat, Hélène Lyon-Caen, Maria Lancieri

International Journal of Architectural Heritage -

Neural and Evolutionary Computing

NN-mCRE: a modified Constitutive Relation Error framework for unsupervised learning of nonlinear state laws with physics-augmented Neural Networks

This article proposes a new approach to train physics-augmented neural net-works with observable data to represent mechanical constitutive laws. To trainthe neural network and learn thermodynamics potentials, the proposed methoddoes not rely on…

Antoine Benady, Emmanuel Baranger, Ludovic Chamoin

International Journal for Numerical Methods in Engineering -