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