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of M2S - Research Group in Mechanics of Materials and Structures, of GEOMAS Laboratory



Last publications


Fragility curves Confinement 74A60 micromechanical theories Snow avalanche Approche multi-échelles Enriched continuum mechanics Subdomain decomposition Band-gaps Complete band-gaps Early age Effects BPMN Interface FEM NON LINEAR COMPUTATIONS Calcium carbide method Embedded discontinuity Behavior under impact Macro-element 74J10 bulk waves Cast-in-place Avalanche Antiphospholipid syndrome Dynamic behavior Bond Rammed earth DMN Flexible fences CALIBRATION Experiments Finite element modeling Data Concrete Couple stress model Finite elements FEM and DEM Bending behavior Conditions dynamiques Bioengineering Drying Stirrups Business decision Dynamic conditions EXPERIMENTAL IMPACT TEST Reinforced concrete Critical care Argostoli Multi-scale approach Assumed enhanced strain method Earthquake Engineering Force d’impact Relaxed micromorphic model 74A30 nonsimple materials Consequences 74B05 classical linear elasticity Comportement dynamique Cracks Experiment Corresponding author Epidemiology Damage modeling BDSS Fonctionnement 74M25 micromechanics Discrete element modelling Wave propagation Elastic metamaterials 74J20 wave scattering Comportement sous impact Endommagement Elasto-plastic behaviour 75J15 surface waves Fiber concrete Anisotropy Béton armé Failure Concentrated couple Asynchronous electric motor Aciers transversaux Cosserat continuum DALLE Generalized continua Catastrophic antiphospholipid syndrome Experimental results Courbes de fragilité Anchor Fresh wood Pullout test 74Q15 effective constitutive equations 1 Alexios Aivaliotis Dense array Digital image correlation Discrete element method Cable Bolaform Concentrated force 74J05 linear waves Creep Damage BETON ARME Finite Elements Co-simulation








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