%0 Generic %1 krishnasamy1989mechanical %A Krishnasamy, S.G %A Pon, C.J %A Grad, H %D 1989 %K Aeolian Composite Fatigue Fibre Galloping Ground Mechanical Optic Test Vibration Wires laboratory %T MECHANICAL EVALUATION OF COMPOSITE FIBRE OPTIC GROUND WIRES %X Three different deaigna of fibre optic ground wire were tested in the laboratory under aeolian vibration• and galloping motions. The purpose of the teats was to evaluate the ability of the cable to withstand specified vibration levels. The optical fibres were continuously monitored for attenuation due to the effects of vibration. The results showed that all three cable designs met Ontario Hydro's requirements.

@conference{krishnasamy1989mechanical, abstract = {Three different deaigna of fibre optic ground wire were tested in the laboratory under aeolian vibration• and galloping motions. The purpose of the teats was to evaluate the ability of the cable to withstand specified vibration levels. The optical fibres were continuously monitored for attenuation due to the effects of vibration. The results showed that all three cable designs met Ontario Hydro's requirements.}, added-at = {2021-02-05T13:04:05.000+0100}, author = {Krishnasamy, S.G and Pon, C.J and Grad, H}, biburl = {https://www.bibsonomy.org/bibtex/20e816f56a594e96dbfd129f0ac69c369/ceps}, interhash = {1c82d879f2925ef1976163bc890a9ff2}, intrahash = {0e816f56a594e96dbfd129f0ac69c369}, keywords = {Aeolian Composite Fatigue Fibre Galloping Ground Mechanical Optic Test Vibration Wires laboratory}, timestamp = {2023-12-21T15:03:51.000+0100}, title = {MECHANICAL EVALUATION OF COMPOSITE FIBRE OPTIC GROUND WIRES}, year = 1989 }