Publications

Signal and Image processing

3D patient motion estimation and correction for dynamic reconstruction in medical tomosynthesis

In recent years, Digital Breast Tomosynthesis (DBT) has become an increasingly important imaging modality in breast cancer detection strategies. It provides 3D information, making it more sensitive and accurate than conventional 2D mammography,…

Matteo Barbieri

Mechanical engineering

Contrôle basé sur les données pour les structures et systèmes complexes avec garanties

Model Predictive Control (MPC) provides a powerful framework for controlling nonlinear systems under constraints, but its reliance on repeatedly solving optimization problems can make real-time deployment computationally prohibitive. This limitation…

Daniel Xavier Martín

Mathematical Physics

Wireframe modeling of the vibration behavior of overhead conductors for energy transport

The present work aims to develop a model of a sample of overhead conductor under tensile-bending conditions for RTE. This model is to be used within a multi-scale method for the assessment of the remaining lifespan of overhead lines subjected to…

Karim Aït Ammar

Materials and structures in mechanics

TEXTILE-ELASTOMER COMPOSITES: IN-DEPTH COMPARISON OF EXPERIMENTAL RESULTS AND FIBER SCALE SIMULATIONS

Textile cords are widely used to reinforce elastomers. Their dimension and the complexity of their architecture, though, often limit to the macro-scale the information that can be extracted experimentally. Finite element analysis allows access to…

Gianluca Auteri, Jan Neggers, Damien Durville

12th European Solid Mechanics Conference - 2025

Materials and structures in mechanics

A 1D Kinematically Enriched Ribbon Model for Simulation of Winding of Superconducting Tapes for CORC-like Cables

CORC® (Conductor on Round Core) superconducting cables are an innovative technology designed to enable high-current, high-field applications in compact and flexible configurations. These cables consist of multiple high-temperature superconducting …

Mohammad Ali Saadat, Alexandre Torre, Damien Durville

12th European Solid Mechanics Conference - 2025

Engineering Sciences

Unsupervised identification of constitutive laws using neural networks in a thermodynamically consistent framework guided by the CRE and mCRE methods

Mechanical structures are made of materials with diverse and often complex behaviors. To ensure reliable assessment, simulations of these structures must accurately capture this behavior, which strongly depends on the integration of physically…

Ludovic Chamoin, Nesrine Klebi

COMPLAS 2025, XVIII International Conference on Computational Plasticity - 2025

Structural mechanics

Towards algorithmic frameworks for nonlinear reduced order modeling in industrial digital twin applications

The digitization of the manufacturing industry has led to the growing adoption of digital twins. Digital twins consist of two main components: high-fidelity simulations and data assimilation throughout the structure's lifecycle [1]. This work…

Pierre-Eliot Malleval, Ronan Scanff, David Néron

DTE & AICOMAS 2025 3rd IACM Digital Twins in Engineering Conference (DTE 2025) & 1st ECCOMAS Artificial Intelligence and Computational Methods in Applied Science (AICOMAS 2025) - 2025

Materials and structures in mechanics

Modelling the non-linear behaviour of the contact area in fretting-fatigue: Extension of the non-local approach to elastically dissimilar contacting bodies

There are two major difficulties in the prediction of fretting-fatigue life. The first is the presence of strong stress gradient localized at contact edges. The second difficulty concerns the non-linear behaviour of the contact region due to the…

Naansonou Patrick Lare, Yoann Guilhem, Florian Meray, S Pommier

International Journal of Fatigue - 2025

Géotechnique

Reinforcing the Mechanical Strength of Soils Under the Saturated State by Biopolymer Treatment

Min Yao, Benhui Fan, Fernando Lopez‐caballero, Jean-Marie Fleureau

2025 International Conference on Bio-mediated and Bio-inspired Geotechnics (ICBBG) - 2025

Modeling and Simulation

Domain decomposition method for simulating the cracking of cross-laminated timber structures

Technological advances in cross-laminated timber (CLT) have promoted its use in medium- and high-rise buildings due to its excellent strength-to-weight ratio, good seismic performance, and insulating capacity. However, predicting the response of CLT…

Jorge Fernández González