PODCAST
Fluttering and Autorotation: Motion patterns
This video shows motion patterns of two phenomena, i.e. fluttering and autorotation, which are induced by vortices on a structure with non-circular section. Oscillatory rotation of a body through the fluid flow is known as Fluttering while the continuous rotation of which is named Autorotation. According to laboratory experiments, bifurcation of these phenomena depends on the moment of inertia of the body and also the velocity of fluid flow. Bifurcation diagram (stability diagram) which has been depicted by experimental data and also different motion patterns are shown in this video. In this video, I* is defined as the ratio of structural moment of inertia of the body to hydrodynamic moment of inertia of that body (known as added moment of inertia).
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ABOUT THIS SHOW
This video shows motion patterns of two phenomena, i.e. fluttering and autorotation, which are induced by vortices on a structure with non-circular section. Oscillatory rotation of a body through the fluid flow is known as Fluttering while the continuous rotation of which is named Autorotation. According to laboratory experiments, bifurcation of these phenomena depends on the moment of inertia of the body and also the velocity of fluid flow. Bifurcation diagram (stability diagram) which has been depicted by experimental data and also different motion patterns are shown in this video. In this video, I* is defined as the ratio of structural moment of inertia of the body to hydrodynamic moment of inertia of that body (known as added moment of inertia).
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