Structure Copper Mechanical properties Coating Densification Inorganic oxide glass Granular material Smart composite materials Leather Glass transition Fretting corrosion Crack growth Rubber Glass-ceramic Self-heating Cracking Mechanical dissipation Strain-induced crystallization Amorphous materials Hyperelasticity Thermoelastic coupling Fretting-corrosion Fatigue Optical properties Soutenance2018 Thin films Glass Soutenance2019 Constitutive models Dynamic fracture Grinding Identification Mechanical behavior Bending test Hysteresis Modeling Damage Heat source Adhesion Poisson's ratio Inverse identification Atomic force microscopy Spherical indentation Viscosity Heat source reconstruction Lifetime reinforcement Nitrile rubber Chalcogenide glasses Strain rate Silicon oxycarbide Fiber strength Infrared thermography Experimental mechanics Optical fibers Nanoindentation Bending tests Aluminum alloy Quantitative calorimetry Shock waves Natural rubber Thermoelastic stress analysis Composite Fissuration Activation volume Optical fiber Design of experiments Digital image correlation Soutenance2016 3D printed TPE Intrinsic dissipation Crystallization Fracture RFDA Stress corrosion parameter Hardness Fibers Elastic moduli Temperature effects Fracture toughness Interfacial adhesion Composite materials Elasticity Creep Plasticity Calorimetry Glasses Elastomer Chalcogenide Chalcogenide glass Laser shock Indentation Crystallinity Viscoelasticity Contact voltage Contact resistance Temperature Aging Verre Toughness PhDtitle