For the clinical analysis of underlying mechanisms of voice disorders, we developed a
numerical aeroacoustic larynx model, called simVoice, that mimics commonly observed …

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 …

Three laryngeal models were used to investigate the aerodynamic and elastic properties of
vocal fold vibration: cadaveric human, excised canine, and synthetic silicone vocal folds …

Purpose This study attempts to gain insights into the role of daily voice use in the etiology
and pathophysiology of phonotraumatic vocal hyperfunction (PVH) by applying a logistic …

Purpose: This exploratory study aims to investigate variations in voice production in the
presence of background noise (Lombard effect) in individuals with nonphonotraumatic vocal …

Self-sustained oscillations of the vocal folds (VFs) during phonation are the result of the
energy exchange between the airflow and VF tissue. Understanding this mechanism …

Purpose The aim of this study was to use the Daily Phonotrauma Index (DPI) to quantify
group-based changes in the daily voice use of patients with phonotraumatic vocal …

Objective Synthetic vocal fold (VF) models used for studying the physics of voice production
are comprised of silicone and fabricated using traditional casting processes. The purpose of …

Purpose: The goal of this study was to experimentally evaluate how compensating for the
adverse acoustic effects of a posterior glottal opening (PGO) by increasing subglottal …

Synthetic silicone larynx models are essential for understanding the biomechanics of
physiological and pathological vocal fold vibrations. The aim of this study is to investigate …