When a corrugated pipe is swirled it produces a musically interesting sound. By increasing its rotational speed one can produce a series of frequencies corresponding to the modes of the open-open pipe. An interesting issue, raised since the early studies on the whistling of corrugated pipes, is that the fundamental acoustic mode is not whistling. This aspect has been related in the literature to the onset of turbulence in the pipe flow. In the present paper we provide a critical literature review and a physical model for the sound production, which contradicts the explanation of the missing fundamental mode presented in the literature
The study of sound production by internal flows has a broad range of applications such as: monitorin...
In thin walled pipes corrugations provide local stiffness while allowing global flexibility. This un...
Whistling behaviour of two geometrically periodic systems, namely corrugated pipes and multiple side...
When one swings a short corrugated pipe segment around one’s head, it produces a musically interesti...
When one swings a short corrugated pipe segment around one’s head, it produces a musically interesti...
Corrugated pipes are commonly used because of their local rigidity combined with global flexibility....
Corrugated pipes are widely used because they combine local rigidity with global flexibility. Whistl...
Corrugated pipes are widely used because they combine local rigidity with global flexibility. Whistl...
Corrugated pipes combine small-scale rigidity and large-scale flexibility, which make them very usef...
Corrugated pipes combine small-scale rigidity and large-scale flexibility, which make them very usef...
Corrugated pipes combine small-scale rigidity and large-scale flexibility, which makes them very use...
When air flows through pipe systems that include a corrugated segment, a whistling tone is generated...
The study of sound production by internal flows has a broad range of applications such as: monitorin...
In thin walled pipes corrugations provide local stiffness while allowing global flexibility. This un...
Whistling behaviour of two geometrically periodic systems, namely corrugated pipes and multiple side...
When one swings a short corrugated pipe segment around one’s head, it produces a musically interesti...
When one swings a short corrugated pipe segment around one’s head, it produces a musically interesti...
Corrugated pipes are commonly used because of their local rigidity combined with global flexibility....
Corrugated pipes are widely used because they combine local rigidity with global flexibility. Whistl...
Corrugated pipes are widely used because they combine local rigidity with global flexibility. Whistl...
Corrugated pipes combine small-scale rigidity and large-scale flexibility, which make them very usef...
Corrugated pipes combine small-scale rigidity and large-scale flexibility, which make them very usef...
Corrugated pipes combine small-scale rigidity and large-scale flexibility, which makes them very use...
When air flows through pipe systems that include a corrugated segment, a whistling tone is generated...
The study of sound production by internal flows has a broad range of applications such as: monitorin...
In thin walled pipes corrugations provide local stiffness while allowing global flexibility. This un...
Whistling behaviour of two geometrically periodic systems, namely corrugated pipes and multiple side...