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