index - Département Mécanique

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Mots-clés

Cyclic loads Abaqus Carbon nanotubes Experimental investigations Mechanical properties Turbine components Adhesion Numerical methods Microstructure Tensile testing Offshore wind turbines Structural design Auto-échauffement Fracture mechanics Interaction fluide-structure Finite element method Laminated composites Damage detection Additives 3D printing Cylinders shapes Pores Impact Damage mechanics Dynamic properties Digital image correlation Carbon fibers Damage Water waves Endommagement Failure mechanical Self-heating Reinforcement Heat build-up Fracture toughness Fatigue of materials Mechanical properties of adhesives Woven composites High cycle fatigue Composites Homogenization Strain rate Carbon Abaqus Logiciel Numerical simulation Couplage Euler-Lagrange ABAQUS Crack initiation FEA Finite elements Ductile fracture Slamming Rope Fatigue life Composite materials Additive manufacturing Creep behaviour Adhesive joints Filament winding Crack propagation Loi de comportement Composite Offshore oil well production Mechanical behavior Modeling Adhesive Composite structures Aerodynamics Nanocomposites Low-velocity impact Fatigue testing Dynamic loading Sandwich structures Dynamics Kite Elastic moduli Structural bonding Dynamic behaviour Assemblage collé Buckling Cantilever beams Coupled criterion Fluid-structure interaction Fatigue crack propagation Adhesive bonding Fatigue Experimental Finite element analysis Elastoplasticity Abaqus Electronic resource Fracture Durability Infrared thermography Cracks Adhesives Arcan test Dynamic behavior Assemblages collés Matériaux composites Residual stresses