Atomic force microscopy Spherical indentation Constitutive models Crystallization Composite materials Pull-out test Viscosity Coating PhDtitle Mechanical behavior Lifetime reinforcement Chalcogenide glasses Inverse identification Cracking Granular material Optical fiber Fiber strength Contact voltage Fibers Indentation Chalcogenide Nanoindentation Inorganic oxide glass Soutenance2017 RFDA Temperature effects Self-heating Aging Bending test Thin films Mechanical properties Fracture toughness Crack growth Leather Cristallisation sous tension Stress corrosion parameter Verre Temperature Rubber Fatigue Quantitative calorimetry Glasses Fissuration Plasticity Soutenance2019 Damage Fracture Natural rubber Design of experiments Structure Crystallinity Silicon oxycarbide Fretting-corrosion Strain-induced crystallization Optical fibers Identification Creep Smart composite materials Elasticity Response surface methodology Modeling Glass Soutenance2018 Contact resistance Thermoelastic coupling Interfacial adhesion Toughness Hyperelasticity Glass-ceramic Mechanical dissipation Poisson's ratio Experimental mechanics Grinding Glass transition Viscoelasticity Bending tests Intrinsic dissipation Shock waves Fretting corrosion Laser shock Soutenance2016 Reinforcement Elastomer Calorimetry Copper Chalcogenide glass Hardness Spall fracture Nitrile rubber Elastic moduli Hysteresis Optical properties Dynamic fracture Digital image correlation Infrared thermography Heat source reconstruction Composite Densification Amorphous materials Heat source