Numerical modeling of the human phonatory process has become more and more in focus
during the last two decades. The increase in computational power and the use of high …

Although many numerical simulation tools have been developed and are on the market,
there is still a strong need for appropriate tools capable to simulate multi-field problems …

The capabilities of an aeroacoustic wave equation based on Pierce's operator (AWE-PO) for
modeling subsonic flow-induced sound and for sound prediction are investigated. The wave …

This article deals with large-eddy simulations of three-dimensional incompressible laryngeal
flow followed by acoustic simulations of human phonation of five cardinal English vowels,/A …

Fluid–structure interaction (FSI) incorporates effects of fluid flows on deformable solids and
vice versa. Complex biomedical problems in clinical applications continue to challenge …

Sound for the human voice is produced by vocal fold flow-induced vibration and involves a
complex coupling between flow dynamics, tissue motion, and acoustics. Over the past three …

Endoscopic high-speed video (HSV) systems for visualization and assessment of vocal fold
dynamics in the larynx are diverse and technically advancing. To consider resulting …

Sound generation in human phonation and the underlying fluid–structure–acoustic
interaction that describes the sound production mechanism are not fully understood. A …

The presented filtering technique is proposed to detect errors and correct outliers inside the
acoustic sources, respectively, the first time derivative of the incompressible pressure …

Lumped mass models have been studied in depth to unveil the complex nonlinear physics
of phonation. Even in the case of simple symmetric models, slight changes in muscle …