Analytic Representation of Volume Flow as a Function of Geometry and Pressure in a Static Physical Model of the Glottis

A static physical model of the larynx (model M5) was used to obtain a large set of volume flows as a function of symmetric glottal geometry and transglottal pressure. The measurements cover ranges of these variables relevant to human phonation. A generalized equation was created to accurately estima...

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Veröffentlicht in:	Journal of voice 2006-12, Vol.20 (4), p.489-512
Hauptverfasser:	Fulcher, Lewis P., Scherer, Ronald C., Zhai, Guangnian, Zhu, Zipeng
Format:	Artikel
Sprache:	eng
Schlagworte:	Acoustic properties Geometry Glottal aerodynamics Glottal angle Glottal diameter Glottal Efficiency Glottal volume flow Glottis Glottis - anatomy & histology Glottis - physiology Humans Laryngeal aerodynamics Larynx Larynx - anatomy & histology Larynx - physiology Mathematical Analysis Model M5 Models, Biological Phonation Phonation - physiology Phonetics Phonetics, Acoustic Physical model of the larynx Physiological aspects Pressure Transglottal pressure Vocal Cords - anatomy & histology Vocal Cords - physiology Volume
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