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