Surface mechanics : facts and numerical models
Sommaire
Surface mechanics: facts and numerical models
Characterization of the adhesion of thin film by Cross-Sectional Nanoindentation Analysis of the substrate edge chipping and the film delamination
Surface mechanics: facts and numerical models
Extending the contact regimes to single-crystal indentations
Surface mechanics: facts and numerical models
Rough surface contact analysis by means of the Finite Element Method and of a new reduced model
[Analyse du contact entre surfaces rugueuses par la méthode des éléments finis et par une approche simplifiée]
Surface mechanics: facts and numerical models
Interface models coupling adhesion and friction
[Modèles dʼinterface couplant adhésion et frottement]
Surface mechanics: facts and numerical models
Adhesive contact in the context of multi-asperity interaction
Surface mechanics: facts and numerical models
Analysis methods and size effects in the indentation fracture toughness assessment of very thin oxide coatings on glass
Surface mechanics: facts and numerical models
Experimental and numerical analysis of fretting crack formation based on 3D X-FEM frictional contact fatigue crack model
[Simulation expérimentale et numérique X-FEM de fissures tridimensionnelles de fatigue avec contact et frottement. Application au fretting]
Surface mechanics: facts and numerical models
Investigation of mechanically attrited structures induced by repeated impacts on an AISI1045 steel