International audienceOn the basis of simulations carried out with a finite element biomechanical model of the face, the influence of the muscle stress stiffening effect was studied for the protrusion/rounding of the lips produced with the Orbicularis Oris (OO). It is shown that the stress stiffening effect influences lip shape. When stress stiffening is modelled, the variation in the crucial geometrical characteristics of the lips shows a clear saturation effect as the OO activation level increases. Similarly, for a sufficient amount of OO activation, a saturation effect is observed when stiffening increases. In both cases, differences in lip shaping associated with the absence or presence of stiffening have consequences for the spectral c...
To address motor control issues in speech production a 3D finite element model of the face has been ...
Published under the name Marie-Paule GascuelInternational audience3D models of the lips have been de...
This paper aims at characterizing the mechanical behavior of two human anatomical structures, namely...
International audienceOn the basis of simulations carried out with a finite element biomechanical mo...
International audiencePURPOSE: The authors' general aim is to use biomechanical models of speech art...
International audienceA 3D finite element face model which geometry has been extracted from CT data ...
Journal of Acoustical Society of America 123, 5(2) (2008) p. 3321International audienceNumerous work...
International audienceOrofacial biomechanics has been shown to influence the time signals of speech ...
International audienceA 3D biomechanical model of the tongue and the oral cavity, controlled by a fu...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
In this study the dynamics of lip rounding are investigated. Lower lip protrusion was measured in a ...
The unique biomechanical and functional constraints on human speech make it a promising area for res...
This study investigates upper lip protrusion during selected French utterances as produced by six na...
A new model for the simulation of brass player lips is presented. This model is based on in-vitro ex...
A new model for the simulation of brass player lips is presented. This model is based on in-vitro ex...
To address motor control issues in speech production a 3D finite element model of the face has been ...
Published under the name Marie-Paule GascuelInternational audience3D models of the lips have been de...
This paper aims at characterizing the mechanical behavior of two human anatomical structures, namely...
International audienceOn the basis of simulations carried out with a finite element biomechanical mo...
International audiencePURPOSE: The authors' general aim is to use biomechanical models of speech art...
International audienceA 3D finite element face model which geometry has been extracted from CT data ...
Journal of Acoustical Society of America 123, 5(2) (2008) p. 3321International audienceNumerous work...
International audienceOrofacial biomechanics has been shown to influence the time signals of speech ...
International audienceA 3D biomechanical model of the tongue and the oral cavity, controlled by a fu...
International audienceArticulatory and acoustic speech signals are the results of the movements of t...
In this study the dynamics of lip rounding are investigated. Lower lip protrusion was measured in a ...
The unique biomechanical and functional constraints on human speech make it a promising area for res...
This study investigates upper lip protrusion during selected French utterances as produced by six na...
A new model for the simulation of brass player lips is presented. This model is based on in-vitro ex...
A new model for the simulation of brass player lips is presented. This model is based on in-vitro ex...
To address motor control issues in speech production a 3D finite element model of the face has been ...
Published under the name Marie-Paule GascuelInternational audience3D models of the lips have been de...
This paper aims at characterizing the mechanical behavior of two human anatomical structures, namely...