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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

Keywords

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

 

 

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