Among the so-called extended vocal techniques, vocal growl is a rather common effect in some ethnic (e.g. the Xhosa people in South Africa) and pop styles (e.g. Jazz, Louis Armstrong-type) of music. Growl usually consists of simultaneous vibrations of the vocal folds and supra-glottal structures of the larynx, either in harmonic or sub-harmonic co-oscillation. This paper examines growl mechanism using vide-ofluoroscopy and high-speed imaging, and its acousit-cal characteristics by spectral analysis and model simu-lation. In growl, the larynx position is usually high and aryepiglottic folds vibrate. The aryepiglottic constriction is associated to a unique shape of the vocal tract, includ-ing the larynx tube, and characterizes growl. 1
Twang-like vocal qualities have been related to a megaphone-like shape of the vocal tract (epilaryng...
Vocal production requires active control of the respiratory system, larynx and vocal tract. Vocal so...
International audienceLaryngeal mechanism 0 (M0) can be found in speech and some types of singing. V...
The term growl typically refers to low-pitched, rough sounds uttered by animals. Humans occasionally...
International audienceRock and metal singing utilize distorted sounds for aesthetic and expressive p...
International audienceThis study, focused on the laryngeal source level, introduces the concept of l...
International audienceThis study, focused on the laryngeal source level, introduces the concept of l...
International audienceThis study, focused on the laryngeal source level, introduces the concept of l...
International audienceThe human two ventricular folds constitute an additional laryngeal vibrator, w...
A human vocal production is characterized by the use of different laryngeal mechanisms (Roubeau,1993...
© 2018 The Voice Foundation Objectives: The present study aimed to assess the aerodynamic characteri...
International audienceA human vocal production is characterized by the use of different laryngeal me...
International audienceA human vocal production is characterized by the use of different laryngeal me...
The phonation of Noh, a traditional Japanese style of singing, was investigated using electroglottog...
International audienceA human vocal production is characterized by the use of different laryngeal me...
Twang-like vocal qualities have been related to a megaphone-like shape of the vocal tract (epilaryng...
Vocal production requires active control of the respiratory system, larynx and vocal tract. Vocal so...
International audienceLaryngeal mechanism 0 (M0) can be found in speech and some types of singing. V...
The term growl typically refers to low-pitched, rough sounds uttered by animals. Humans occasionally...
International audienceRock and metal singing utilize distorted sounds for aesthetic and expressive p...
International audienceThis study, focused on the laryngeal source level, introduces the concept of l...
International audienceThis study, focused on the laryngeal source level, introduces the concept of l...
International audienceThis study, focused on the laryngeal source level, introduces the concept of l...
International audienceThe human two ventricular folds constitute an additional laryngeal vibrator, w...
A human vocal production is characterized by the use of different laryngeal mechanisms (Roubeau,1993...
© 2018 The Voice Foundation Objectives: The present study aimed to assess the aerodynamic characteri...
International audienceA human vocal production is characterized by the use of different laryngeal me...
International audienceA human vocal production is characterized by the use of different laryngeal me...
The phonation of Noh, a traditional Japanese style of singing, was investigated using electroglottog...
International audienceA human vocal production is characterized by the use of different laryngeal me...
Twang-like vocal qualities have been related to a megaphone-like shape of the vocal tract (epilaryng...
Vocal production requires active control of the respiratory system, larynx and vocal tract. Vocal so...
International audienceLaryngeal mechanism 0 (M0) can be found in speech and some types of singing. V...