A model of a single reed instrument is studied in which the reed is described as an Euler-
Bernoulli beam, and the air flow through the instrument is calculated using the Navier …

A numerical simulation of a single-reed instrument with a pressure chamber is conducted to
examine the interaction among the flow, reed oscillation, and acoustic propagation. The flow …

Over the last decades, physics-based modeling of musical instruments has seen increased
attention. In 2020 and 2021, the Journal of the Acoustical Society of America accepted …

Abstract While two-dimensional (2D) reed oscillation modes of single-reed woodwind
instruments have been reported in previous studies, little is known about their effects on …

The sound generation mechanisms of vocal folds' self-induced oscillations have been
investigated using vocal fold replicas. In this study, a compressible flow simulation coupled …

In this study, simulations based on the three-dimensional compressible Navier–Stokes
equations were conducted to clarify a control method with a plasma actuator to reduce the …

Single-reed instruments produce sounds with fluid-structure-acoustic interactions in a
mouthpiece, and it has been known that a small geometrical change may affect the sound …

The effects of the mouthpiece bore diameter on oscillation threshold pressure and tone
quality are investigated by using an artificial blower and rapid prototyping. The bore …

The sound generated by a reed-type artificial vocal fold was predicted by a one-mass
modeling and numerical flow simulation to examine the sound generation mechanisms of …

豊橋技術科学大学〒 441-8580 愛知県豊橋市天伯町雲雀ケ丘 1-1 E-mail: yoshinaga@ me. tut.
ac. jp 2018 年大阪大学大学院基礎工学系研究科博士後期課程修了. 同大学特任助教を経て …