This study is an effort to mechanically reproduce aeolian vibration
in a laboratory environment, for the purpose of evaluating the
effects of amplitude reduction on conductor fatigue life. A brief background
of the aeolian vibration phenomenon is presented. Study parameters
were developed using transmission line design criteria, service history,
projected service requirements, and field motion measurements. Conductors
were vibrated in the laboratory until a predetermined number of strand
breaks occurred, with the ensuing vibration allowed to continue at a reduced
amplitude. A description of the electro-mechanical systems utilized
in the laboratory testing is presented. The experimental data are analyzed,
and conclusions and reconnnendations are presented.
%0 Generic
%1 silva1976experimental
%A Silva, James Michael
%D 1976
%K AEOLIAN FATIGUE LINES OVERHEAD TRANSMISSION VIBRATION
%T AN EXPERIMENTAL EVALUATION OF THE EFFECT OF AMPLITUDE
REDUCTION ON THE FATIGUE LIFE OF OVERHEAD TRANSMISSION
LINES SUBJECTED TO AEOLIAN VIBRATION
%X This study is an effort to mechanically reproduce aeolian vibration
in a laboratory environment, for the purpose of evaluating the
effects of amplitude reduction on conductor fatigue life. A brief background
of the aeolian vibration phenomenon is presented. Study parameters
were developed using transmission line design criteria, service history,
projected service requirements, and field motion measurements. Conductors
were vibrated in the laboratory until a predetermined number of strand
breaks occurred, with the ensuing vibration allowed to continue at a reduced
amplitude. A description of the electro-mechanical systems utilized
in the laboratory testing is presented. The experimental data are analyzed,
and conclusions and reconnnendations are presented.
@conference{silva1976experimental,
abstract = {This study is an effort to mechanically reproduce aeolian vibration
in a laboratory environment, for the purpose of evaluating the
effects of amplitude reduction on conductor fatigue life. A brief background
of the aeolian vibration phenomenon is presented. Study parameters
were developed using transmission line design criteria, service history,
projected service requirements, and field motion measurements. Conductors
were vibrated in the laboratory until a predetermined number of strand
breaks occurred, with the ensuing vibration allowed to continue at a reduced
amplitude. A description of the electro-mechanical systems utilized
in the laboratory testing is presented. The experimental data are analyzed,
and conclusions and reconnnendations are presented.},
added-at = {2021-03-04T23:03:11.000+0100},
author = {Silva, James Michael},
biburl = {https://www.bibsonomy.org/bibtex/25641806952181bd0efabfdc7d48d3aee/chkokalis},
interhash = {19c869d81cab695bf539b6285c1b9b6f},
intrahash = {5641806952181bd0efabfdc7d48d3aee},
keywords = {AEOLIAN FATIGUE LINES OVERHEAD TRANSMISSION VIBRATION},
timestamp = {2021-03-19T17:16:18.000+0100},
title = {AN EXPERIMENTAL EVALUATION OF THE EFFECT OF AMPLITUDE
REDUCTION ON THE FATIGUE LIFE OF OVERHEAD TRANSMISSION
LINES SUBJECTED TO AEOLIAN VIBRATION},
year = 1976
}