Immediately after this outburst, the lower strings began the instrumental recitative in unison, a passage that should have an ebb and flow of vocal music.
His music leads away from the older style, which falls into clear sections, and instead emphasizes a continuous flow of vocal lines from beginning to end, with pervasive melodic imitation.
Vocal tics are defined as sounds elicited by a flow of air through the vocal cords, mouth or nose and the most common vocal tics are: throat clearing, grunts, high-pitched sounds and sniffing.
The critical subglottal pressure and volume flow are expressed as functions of vocal fold biomechanical properties, geometry, and voice fundamental frequency.
Both are "bilabial plosives" (a class of only two members), sounds produced when the flow of air from the vocal tract is stopped by closing the lips.
He argued in his myoelastic-aerodynamic theory that a pressure drop across the constricted glottis (i.e., the flow path formed by a pair of vocal folds; see Fig. 1), which is created by the Bernoulli effect, sucks the vocal folds together and closes the glottis.
Every part unites perfectly: the rich, hypnotic compositions; the ebb and flow of the choir's vocals; the stirring strings and cacophonous horns.
There are few, if any, Jackson imitators on today's TV talent shows, but every other contestant is a Whitney wannabe, desperately attempting to emulate that wondrous combination of vocal effects – the flowing melisma, the soaring mezzo-soprano confidence, the tremulous fluttering that carried the ends of lines into realms of higher yearning.
The sum of (T_{l_{1}}) and (T_{l_{2}}) corresponds to the attenuation (dB) of the glottal flow derivative at 3000 Hz. Figure 5 displays the effect of vocal effort E and tension T on the glottal flow derivative spectrum with and without spectral tilt for 4 pairs of (E,T) values corresponding to low/high tensions and low/high vocal effort [sound examples in Additional files 3 and 4]7.
The flow-induced vibrations of a single-layer vocal fold model were investigated as a function of vocal fold stiffness, and subglottal and supraglottal acoustic loading.
Bel canto is impossible without an exceptionally easy flow of air from the lungs to the vocal cords.
