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Welcome to the HAL collection
of SMS-ID Laboratory -
Soils-Materials-Structures Integrity and Sustainability


The SMS-ID laboratory (Soils-Materials-Structures Integrity and Sustainability) was a research team (EA 4126) under the supervision of INSA Lyon.

The laboratory, located on the Lyon-tech la Doua campus in Villeurbanne, brought together civil engineering faculty and more specifically the mechanics of structures, materials and geomechanics.


Since 1 January 2018, the laboratory is called GEOMAS.


Last publications

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BENTONITE Size effects Transmission Experiment Brick Bioengineering Code coupling methods Bio-mechanics Axial forces CFRP Impact Dalle béton armé Free micro-inertia Bone tissue Analyse des structures Earthquakes Continuum mixture model Planar harmonic waves Eurocode 2 Finite element model Damage Finite difference method Earth mortar Couches composites Slab Endommagement Generalized continuum models Anisotropy Discrete Element Modelling Equivalent plastic deviatory strain Centrale nucléaire Concrete slab Buried interface Band-gaps Composite coats Finite element modeling Band gaps Interface Complete band-gaps Background analysis Electrical resistivity tomography Wave propagation Hybrid Asynchronous Reflection Discrete element method Explicit Coarse granular media Finite Element Model 3D modelling FEM/SEM co-simulation FEM Dynamic beams Explicit time integrator Band-gap phenomena BETON ARME Differential Seismic Excitation Elastic wave Cohesive bonds Effective properties Contact Enriched continua EXPERIMENTATION DALLE Concentrated load Dynamic problem Experiments Tension Domain decomposition Experiments Shear Micromorphic elasticity Concrete damaged plasticity Engineering challenges Formation/resorption processes Dispersion Charge mobile Haiti Dry joints CISAILLEMENT Gradient micro-inertia CHARGE LOCALISEE CHARGE Concrete Hysteresis behavior Free swell index ARGILE Dynamique des poutres Heterogeneous asynchronous time integrator Artificial bio-resorbable material Elasticity Fluid–structure interaction Fresh Wood Generalized continua Grain breakage Fitting of the elastic coefficients Finite element Hard X-ray photoemission Finite-element analysis Dynamic problems Cisaillement Relaxed micromorphic model








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