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Liste des publications du LMPS

Affichage des publications 101 à 110 sur 1905 au total

Civil Engineering

Assessment of the potential loss of durability of reinforced concrete under climate change - Impact of the evolution of environment parameters on carbonation of concrete

The construction sector faces the dual challenge of reducing greenhouse gas emissions while ensuring the long-term durability of structures in a changing climate. Among the degradation mechanisms affecting reinforced concrete, carbonation is…

Robine Calixte, Jean-Michel Torrenti, Fabrice Gatuingt

Developments in the Built Environment -

Eco-conception

Optimizing the embodied carbon of the product stage of reinforced concrete columns

Abstract The construction sector faces urgent sustainability challenges. This study quantifies the potential for reducing embodied carbon in reinforced concrete columns by optimizing concrete strength and reinforcement ratios. The interplay between…

Robine Calixte, Jean Michel Torrenti, Mélanie Chatenet

Structural Concrete -

Physics

Alternatives to the Normalized Matched Filter in Multitarget Scenarios based on Robust Noise Estimators

The Normalized Matched Filter (NMF) is widely used in radar for its Constant False Alarm Rate (CFAR) property with respect to unknown noise power. While optimal for a single target, we show that its performance degrades in multitarget scenarios,…

Simon Trottier, Jonathan Bosse, Olivier Rabaste, Philippe Forster, Jean-Philippe Ovarlez

EUSIPCO 2026 - 34th European signal Preocessing Conference -

Machine Learning

SHAKE ANYWHERE: A SIMULATION-FREE AI-BASED EARTHQUAKE GROUND MOTION GENERATOR FOR ANY SOURCE /ANY GEOLOGY

Predicting earthquake ground motion in complex seismological and geological settings remains an open challenge for earthquake engineers and seismologists. While 3D numerical simulation offers valuable insights into the effects of source rupture,…

Niccolò Perrone, Fanny Lehmann, Stefania Fresca, Filippo Gatti

The 2026 GEM Conference: From faults to future scenarios -

Engineering Sciences

A multiscale numerical analysis of the impact behaviour of woven materials using equivalent microscopic fibres with 3D shell elements

A numerical approach involves utilizing 3D shell elements in place of solid elements to model microscopic primary yarns within a 2D woven fabric. This innovation draws from the proven efficacy of 3D shell elements in simulating the impact behaviour…

Tuan-Long Chu, Cuong Ha-Minh, Abdellatif Imad, Quoc Hoan Pham

Journal of Strain Analysis for Engineering Design -

Mechanical engineering

A novel compression–tension fatigue test for textile cord–elastomer composites

Fatigue damage in textile cord–elastomer composites is particularly sensitive to compression–tension cycling. However, existing testing methods offer limited control over these loading conditions. To overcome these limitations, this study proposes…

Gianluca Auteri, Jan Neggers, Damien Durville, Olivier Alquier, Simon Nuytten

Engineering Failure Analysis -

Solid mechanics

From sparse 3D scans to dense 4D fracture measurements: Integrated projection-enhanced DVC

Digital Volume Correlation is an established method for measuring displacement fields from in situ experiments. However, the temporal sampling of such measurements is usually sparse, which limits the analysis of nonlinear phenomena such as…

Malo Valmalle, Clément Jailin, François Hild

International Journal of Mechanical Sciences -

Mechanics of materials

Fibre Reinforced Polymers Bars in Low-Carbon Concrete: Bond and Durability

The construction sector generates a lot of carbon emissions. In particular, cement and steel production contribute approximately 17-20% of greenhouse gas emissions. Advances in material science have led to the development of low-carbon concretes…

Muthomi Munyua, Kamilia Abahri, Pierre Jehel, Siphila Mumenya, Silvester Abuodha

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