%0 Journal Article %1 hardy1991principles %A Hardy, Claude %A Brunelle, Jean %D 1991 %K Conductor Vibration %T PRINCIPLES OF MEASUREMENT AND ANALYSIS WITH THE NEW PAVICA CONDUCTOR VIBRATION RECORDER %X This paper formulates the basic principles underlying the measurement and analysis of wind-induced conductor vibration by means of the new PAVICA recorder. It includes a comparative analysis of measurement error due to inaccurate instrument positioning with respect to the last point of contact between the conductor and the clamp, as recorded by PAVICA or a conventional device. The investigation also covers the conversion of differential displacements to bending stresses as well as an estimation of the probability of wire failure when the conductor lifetime is calculated according to the CIGRE method.

@article{hardy1991principles, abstract = {This paper formulates the basic principles underlying the measurement and analysis of wind-induced conductor vibration by means of the new PAVICA recorder. It includes a comparative analysis of measurement error due to inaccurate instrument positioning with respect to the last point of contact between the conductor and the clamp, as recorded by PAVICA or a conventional device. The investigation also covers the conversion of differential displacements to bending stresses as well as an estimation of the probability of wire failure when the conductor lifetime is calculated according to the CIGRE method.}, added-at = {2021-03-04T23:35:15.000+0100}, author = {Hardy, Claude and Brunelle, Jean}, biburl = {https://www.bibsonomy.org/bibtex/248e97f9d4c59688463f703ebfb9a91e1/ceps}, interhash = {346fb50e14e01d6f137a0f7a107d8b32}, intrahash = {48e97f9d4c59688463f703ebfb9a91e1}, keywords = {Conductor Vibration}, timestamp = {2023-12-21T08:38:16.000+0100}, title = {PRINCIPLES OF MEASUREMENT AND ANALYSIS WITH THE NEW PAVICA CONDUCTOR VIBRATION RECORDER}, year = 1991 }