Fibrous microstructure
Plis vocaux
Pli vocal
Caractérisation mécanique
Two-photon excitation microscopy
Biomimetic vocal fold
Viscoelasticity
Hydrogels oscillants
Biphotonic confocal microscopy
Vocal folds
Tunable mechanical properties
Covalently cross-linked hydrogel
Self-oscillations
Tunable laryngeal articulation
Materials by design
Articulation laryngée
Microstructure fibreuse
Optimised self-Oscillating hydrogels
Testbed
In vitro testbed
Banc d’essai
Interactions fluide/structure/acoustique
Hydrogels for TE applications
Fluid/structure/acoustics interactions
Biomimetic vocal-Folds
Finite strains
Voice
Pli vocal biomimétique
Biomimetic vocal folds
Vocal fold replicas
Fibres
Acoustical frequency
Anisotropy
Singing
Hydrogels réticulés biomimétiques
Plis vocaux biomimétiques
Laryngeal articulation
Self-oscillation
Multi-axial mechanical loading
Multiaxial mechanical characterization
Optimised vibrating hydrogels
Interaction fluide/structure
Vibrations
Vocal-fold replica
Auto-oscillation
Fiber-reinforced hydrogels
Speech
Fibre-reinforced composites
Histology
Glutaraldehyde
Biomechanics
Gélatine réticulée
Cross-Linked gelatin
Vocal fold
Nanofibres
Tunable cross-linked hydrogel
Mechanical characterisation
Aerodynamic modeling
Gelatin
Synchrotron X-ray imaging
Composites and nanocomposites
Réticulation chimique
In vitro phonation testbed
Mechanical characterization
Finite strain
Phonation
Hydrogels auto-Oscillants optimisés