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This paper provides a review of voice physiology and biomechanics, the physics of vocal fold vibration and sound production, and laryngeal muscular control of the fundamental frequency of voice, vocal intensity, and voice quality.
Key structural aspects of the vocal mechanism and the physiology of vocal function are presented and discussed in relation to the singing voice. Details of anatomical structure and...
20 Μαΐ 2020 · Highly trained human singers and non-singer control participants modulated voice pitch and vocal tract length (VTL) to mimic auditory speech targets, while undergoing real-time anatomical scans...
Context 1. ... vocal cords, housed in the larynx, produce sound by vibrating when air is passed in between them ( Saran et al., 2020). The major muscles involved in voice production are the...
30 Οκτ 2023 · The vocal folds, also known as the vocal cords / chords, are flaps of tissue located in the larynx. They give us the ability to produce sound (phonation). There are two folds, one on either side of the laryngeal cavity. Each fold is comprised of a vocal ligament, a vocalis muscle and a covering mucous membrane.
vocal learning. We explore a number of models of the origins of the vocal brain that incorporate findings from comparative neuroscience, and conclude by presenting a summary of contemporary hypotheses that can guide future research. Keywords: vocalization, brain, evolution, larynx motor cortex, vocal learning, human, primate
This paper examines the work to date attempting to characterize the elastic response of the vocal fold tissue, focusing on three commonly used biomechanical testing modalities in the field: longitudinal elongation, linear skin rheometry, and microindentation.
