%0 Generic %1 champa1977effect %A Champa, R %A Plungas, P %A Monetti, J %D 1977 %K Conductor MOTION Spacer %T THE EFFECT OF SPACERS IN REDUCING CONDUCTOR MOTION %X Bundled conductor systems are affected _by a~lian vibration, subconductor oscillation, and galloping. Field experience shows that bundles with spacers, when compared to single conductors in the same environment, will have a marked reduction of aeolian vibration activity, but an increase in the severity of galloping. If the aeolian vibration level on a bundled line requires dampers, dampers on one end of the span will protect the opposite support as in the case of a single conductor. For reduction of subconductor oscillation, the arrangement and length of the subspans are more important than the damping capability of the spacer itself.

@conference{champa1977effect, abstract = {Bundled conductor systems are affected _by a~lian vibration, subconductor oscillation, and galloping. Field experience shows that bundles with spacers, when compared to single conductors in the same environment, will have a marked reduction of aeolian vibration activity, but an increase in the severity of galloping. If the aeolian vibration level on a bundled line requires dampers, dampers on one end of the span will protect the opposite support as in the case of a single conductor. For reduction of subconductor oscillation, the arrangement and length of the subspans are more important than the damping capability of the spacer itself.}, added-at = {2020-05-21T16:21:42.000+0200}, author = {Champa, R and Plungas, P and Monetti, J}, biburl = {https://www.bibsonomy.org/bibtex/214ad303f590d78ee097cfaa23e9de5ba/ceps}, interhash = {324605a1a7e01ab07f98c75e716727bd}, intrahash = {14ad303f590d78ee097cfaa23e9de5ba}, keywords = {Conductor MOTION Spacer}, timestamp = {2023-12-21T14:41:15.000+0100}, title = {THE EFFECT OF SPACERS IN REDUCING CONDUCTOR MOTION}, year = 1977 }