Radial / Circumferential Resonance Frequency of Cylinder
Radial / Circumferential Resonance Frequency of Cylinder
(OP)
I would like to know the analytical solution (formula) for the natural RADIAL / CIRCUMFERENTIAL resonance frequency of a cylinder. Please note that I am NOT talking about a longitudinal resonance that depends on the cylinder length (let’s assume that the cylinder has an infinite length).
I realize that it may be more than just one mode. I would like to know how to calculate the natural frequencies for both the primary and higher order modes as well.
I guess, it should be a function of the pipe ID and OD , as well as material’s properties (density, Young’s modulus, etc.).
Can you please provide a practical example of calculating the resonance frequency for a steel cylinder with certain material properties and dimensions (ID and OD)?
Thanks!
I realize that it may be more than just one mode. I would like to know how to calculate the natural frequencies for both the primary and higher order modes as well.
I guess, it should be a function of the pipe ID and OD , as well as material’s properties (density, Young’s modulus, etc.).
Can you please provide a practical example of calculating the resonance frequency for a steel cylinder with certain material properties and dimensions (ID and OD)?
Thanks!





RE: Radial / Circumferential Resonance Frequency of Cylinder
RE: Radial / Circumferential Resonance Frequency of Cylinder
Sorry, they are too long to type here, get it from a library
Cheers
Greg Locock
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