A study of the effect of exogenous hazardous agents or conditions on the mechanical characteristics of vocal fold mucosa should meet three methodological criteria. 1) The outer surface of the mucosa should be exposed to the agent or condition while the inner surface is exposed to a physiological environment. 2) Even slight changes in mechanical characteristics should be detected. 3) The applied strain should be within physiological ranges. To date, no such method has been described in the literature. A method meeting the listed criteria is proposed and evaluated here
The study presents the measurement set-up and selected results of experimental investigation of vari...
International audienceAmong vocal fold diseases, the presence of a surface growth is often encounter...
[[abstract]]Viscoelastic shear properties of human vocal fold tissues have been reported previously....
[[abstract]]n voice research, in vitro tensile stretch experiments of vocal fold tissues are commonl...
Phonation is a complex process requiring the controlled exhalation of air through the larynx. Withi...
The human vocal folds experience mechanical stresses during phonation. In particular, the contact pr...
The overall aim of the thesis was to develop new methods for analysis of vocal fold vibrations and v...
This investigation attempts to shed light on phonation from a solid mechanics (i.e. biomechanics) pe...
Mechanical and computational models consisting of flow channels with convergent and oscillating cons...
The announcement of our biomechanical measuring technique resulted in worldwide interest. Amongst th...
International audienceMany questions about the physiology of vocal folds vibration, mechanical prope...
In earlier work we showed that low relative humidity (RH) of inhaled air causes acoustic voice param...
National audienceThe quality of numeric models of phonation is strongly dependent on the accuracy of...
Abstract Human vocal folds are highly deformable non-linear oscillators. During phonation, they stre...
Mechanical properties of the human vocal fold cover layer were experimentally investigated in uniaxi...
The study presents the measurement set-up and selected results of experimental investigation of vari...
International audienceAmong vocal fold diseases, the presence of a surface growth is often encounter...
[[abstract]]Viscoelastic shear properties of human vocal fold tissues have been reported previously....
[[abstract]]n voice research, in vitro tensile stretch experiments of vocal fold tissues are commonl...
Phonation is a complex process requiring the controlled exhalation of air through the larynx. Withi...
The human vocal folds experience mechanical stresses during phonation. In particular, the contact pr...
The overall aim of the thesis was to develop new methods for analysis of vocal fold vibrations and v...
This investigation attempts to shed light on phonation from a solid mechanics (i.e. biomechanics) pe...
Mechanical and computational models consisting of flow channels with convergent and oscillating cons...
The announcement of our biomechanical measuring technique resulted in worldwide interest. Amongst th...
International audienceMany questions about the physiology of vocal folds vibration, mechanical prope...
In earlier work we showed that low relative humidity (RH) of inhaled air causes acoustic voice param...
National audienceThe quality of numeric models of phonation is strongly dependent on the accuracy of...
Abstract Human vocal folds are highly deformable non-linear oscillators. During phonation, they stre...
Mechanical properties of the human vocal fold cover layer were experimentally investigated in uniaxi...
The study presents the measurement set-up and selected results of experimental investigation of vari...
International audienceAmong vocal fold diseases, the presence of a surface growth is often encounter...
[[abstract]]Viscoelastic shear properties of human vocal fold tissues have been reported previously....