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 …

Physical modeling of the sound generation in recorder-like instruments is a challenging task
due to the complex interaction of the air jet and the acoustical field occurring in the mouth …

Three-dimensional numerical analysis of acoustic energy absorption and generation in an
air-jet instrument based on Howe's energy corollarya) | The Journal of the Acoustical Society of …

In musical instruments, the geometric design and material features of the instrument are the
most important factors that determine the sound characteristics of the instrument. Traditional …

String instruments, wind instruments and percussion instruments are three traditional
categories of musical instruments, among which wind instruments play an important role …

Among woodwind instruments, there exists a group of instruments having no mechanical
reeds, such as flutes, recorders and organ flue pipes. While shapes and structures of these …

Sound production in flue instruments such as flutes and recorders results from the
interaction of an air jet with a strike edge that is coupled to a resonator. The details of this …

For an isolated flute head joint, the effects of jet angle on harmonic structure of a single note
are investigated within the practical range for human players. The mechanisms of these …