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- W2555573090 abstract "Voice production is a direct result of vocal fold flow-induced vibration. Air from the lungs dynamically interacts with vocal fold tissue to generate self-sustained vocal fold oscillation, which in turn creates a fluctuating pressure field that is the source of sound for voice and speech. In addition to this primary air-tissue interaction that drives vocal fold vibration, other fluid-structure interactions (FSIs) occur within the interior regions of the vocal folds. For example, during voicing, the vocal fold vasculature is subjected to a time-varying displacement field as the tissue vibrates, thereby potentially affecting blood flow dynamics. Additionally, in benign vocal fold lesions comprised of fluid-filled pockets within the vocal folds, known as polyps, there are significant interactions between the fluid within the polyps and the surrounding tissues. The vocal fold system, therefore, potentially consists of multiple subsystems with different types of fluid-structure interactions that are distinct, yet coupled. In this presentation, experimental and computational studies that have focused on simultaneous modeling of these multi-FSI subsystems will be discussed. Methodologies for modeling the various FSI components will be described, sample results will be presented, and current capabilities and limitations of the various approaches will be summarized." @default.
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- W2555573090 date "2016-10-01" @default.
- W2555573090 modified "2023-09-24" @default.
- W2555573090 title "Simultaneously modeling of multiple fluid-structure interaction subsystems of the human vocal folds" @default.
- W2555573090 doi "https://doi.org/10.1121/1.4970611" @default.
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