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Don't know of one but email these guys for help, they're bound to know! http://www.kettering.edu/acad/rescnslt/catalog/expertsmechanical.html

One more question... what does Kn equal (stand for) in this formula? fn = Kn/(2*Pi)*sqrt((T*g)/(w*L^2)), where fn = Natural frequency (hz) Kn = Pi, 2*Pi, 3*Pi, etc. T = String tension (lbf) g =...

Thanks for the information. Our research has shown this is a very new diagnostic field (fiber optic) and we have some been getting some good feedback from people like yourself. I'll post again if and when we figure out what the final results/test equipment will be. Thanks again!

Hmmm.. measuring the tension may be even harder, how would it (tension) relate to vibration frequency etc.?

What would be the best method to measure the vibration of a .007" fibre optic wire? The manufacturing process is likely causing the wire to vibrate and I want to measure the frequency that it is vibrating at, the phyical displacement of the vibration etc. Laser or strobe is about all I can...