This paper is concerned with the study of the
• phenomenon of aeolian vibrations for innovative
non-metallic optical cables known as ADSS (All
Dielectric Self Supporting). It presents the general
features of the phenomenon also in comparison
with the behaviour of traditional metallic cables
and traditional metallic Optical Ground Wires
(OPGW). Analytical tools used to simulate cable
dynamic behaviour are briefly recollected,
together with some results relevant to this
application. Two types of damping devices,
suitable for application to these cables and for
aeolian vibration amplitudes reduction, have been
compared through tests on a laboratory span and
analytical simulation.
%0 Journal Article
%1 ginocchiophenomenon
%A Ginocchio, A
%A Consonni, E
%A Sutehall, R
%A Diana, G
%A Resta, F
%A Manenti, A
%D -
%K AEOLIAN VIBRATIONS
%T THE PHENOMENON OF AEOLIAN VIBRATIONS FOR ADSS CABLES
%X This paper is concerned with the study of the
• phenomenon of aeolian vibrations for innovative
non-metallic optical cables known as ADSS (All
Dielectric Self Supporting). It presents the general
features of the phenomenon also in comparison
with the behaviour of traditional metallic cables
and traditional metallic Optical Ground Wires
(OPGW). Analytical tools used to simulate cable
dynamic behaviour are briefly recollected,
together with some results relevant to this
application. Two types of damping devices,
suitable for application to these cables and for
aeolian vibration amplitudes reduction, have been
compared through tests on a laboratory span and
analytical simulation.
@article{ginocchiophenomenon,
abstract = {This paper is concerned with the study of the
• phenomenon of aeolian vibrations for innovative
non-metallic optical cables known as ADSS (All
Dielectric Self Supporting). It presents the general
features of the phenomenon also in comparison
with the behaviour of traditional metallic cables
and traditional metallic Optical Ground Wires
(OPGW). Analytical tools used to simulate cable
dynamic behaviour are briefly recollected,
together with some results relevant to this
application. Two types of damping devices,
suitable for application to these cables and for
aeolian vibration amplitudes reduction, have been
compared through tests on a laboratory span and
analytical simulation.},
added-at = {2020-04-20T22:02:50.000+0200},
author = {Ginocchio, A and Consonni, E and Sutehall, R and Diana, G and Resta, F and Manenti, A},
biburl = {https://www.bibsonomy.org/bibtex/267cc5bb512adad3720123b3363ee4663/chkokalis},
interhash = {610cff70da8c6bdf9336959d92ceb840},
intrahash = {67cc5bb512adad3720123b3363ee4663},
keywords = {AEOLIAN VIBRATIONS},
timestamp = {2020-04-23T23:54:15.000+0200},
title = {THE PHENOMENON OF AEOLIAN VIBRATIONS FOR ADSS CABLES},
year = {-}
}