Skip to Main content Skip to Navigation

Homepage

 

Welcome to the HAL collection
of GEOMAS Laboratory - Geomechanics, Materials, Structure

 

The GEOMAS laboratory (Geomechanics, Materials, Structure) is a research team (EA 7495) under the supervision of INSA Lyon.

The laboratory is located on the Lyon-tech la Doua campus in Villeurbanne and brings together professors and researchers from the Civil Engineering field, particularly in the fields of structural mechanics, materials and geomechanics.

The laboratory's objective is to conduct excellent academic research, with partnership-based research, aimed at meeting industrial and societal needs in the fields of construction in the broadest sense (geomechanics, materials and structures) in interaction with their environment.

 

Last publications

Keywords

Chape autonivelante Discrete element method Kosloff damping Granular material Coupling DALLE Interface Couplage Enriched continua Subdomain coupling Matériau granulaire Couple stress model CISAILLEMENT Modélisation élements finis Micromorphic continuum Comportement sismique Finite element Fresh wood BIOMATERIAU BETON ARME Ettringite binder Cement rich in mayenite ARGILE Granulométrie Oedometric compression Concrete METHODE DES ELEMENTS FINIS Contrainte mécanique Characteristic length Bounded stiffness Cinétique Corresponding author BENTONITE Kinetic energy Cosserat continuum 74J05 linear waves 74J10 bulk waves Damage Endommagement Grain breakage 74J20 wave scattering Reinforced concrete Jeune âge Modélisation numérique Composite coats Méthode des éléments discrets 75J15 surface waves Shear Masonry Early age Bifurcation Micropolar Modeling Seismic behaviour Finite element modeling Béton armé Generalized continua Mechanical stress Hydration Out-of-plane loading Génie civil 74B05 classical linear elasticity Experiments Cisaillement Incremental response Éléments finis Dynamic behavior Hydratation Impact Materials Finite element method Size effects Anchor Ciment riche en mayénite Modélisation Metamaterials Moving load Civil engineering Matériaux Micro-strain model Relaxed micromorphic model Ciment alumineux Failure Confinement Plasticity 74M25 micromechanics Finite elements Micro-stretch model 74Q15 effective constitutive equations 1 Alexios Aivaliotis Wave-propagation EXPERIMENTATION Micro-void model POUTRE Wave propagation 74A60 micromechanical theories Enriched continuum mechanics Anisotropy Instability Band-gaps Gradient elasticity

 

 

Search

Chargement de la page

Notices

Chargement de la page

FullText

Chargement de la page

Deposits by type of document

Chargement de la page

Evolution of deposits

Chargement de la page

 

 

 

Actuality of laboratory

JNGG 2022 à Lyon

(25/06/2022)  

Le laboratoire Geomas organise les JNGG 2022 à la Cité Internationale de Lyon du 28 au 30 Juin 2022

Thématique: 
Visuel: 
Date Publication: 
Samedi, Juin 25, 2022

La dalle Eiffel en images

(25/06/2022)  

Le projet Fedre à l'honneur sur tennerrdis.fr

(22/05/2022)  

Arrivée d'un nouveau mur de réaction

(04/01/2022)  

Soutenance de thèse de Thomas Langlade, le 22 Octobre 2021 (Amphithéâtre Ouest des Humanités) à 14h

(06/10/2021)