index - Département Mécanique

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Mots-clés

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