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