With the adoption of differential displacement (relative
bending amplitude between the clamp and conductor) as a criterion
for assessing aeolian vibration levels, several utilities are now
using this method to study the vibrational characteristics of
transmission lines. This paper shows how recording equipment can
affect the data obtained, and thereby provide information that
could be misleadine;. A lightweight sensor used for comparative
purposes is described.
%0 Journal Article
%1 cigre1970measurement
%A Cigre,
%A SC22,
%A Chin, C. Y.
%A Mitchell, J.
%A Ukrainetz, P. R.
%D 1970
%K CONDUCTOR VIBRATION
%T ON THE MEASUREMENT OF CONDUCTOR VIBRATION
%X With the adoption of differential displacement (relative
bending amplitude between the clamp and conductor) as a criterion
for assessing aeolian vibration levels, several utilities are now
using this method to study the vibrational characteristics of
transmission lines. This paper shows how recording equipment can
affect the data obtained, and thereby provide information that
could be misleadine;. A lightweight sensor used for comparative
purposes is described.
@article{cigre1970measurement,
abstract = {With the adoption of differential displacement (relative
bending amplitude between the clamp and conductor) as a criterion
for assessing aeolian vibration levels, several utilities are now
using this method to study the vibrational characteristics of
transmission lines. This paper shows how recording equipment can
affect the data obtained, and thereby provide information that
could be misleadine;. A lightweight sensor used for comparative
purposes is described.},
added-at = {2021-03-21T21:31:39.000+0100},
author = {Cigre and SC22 and Chin, C. Y. and Mitchell, J. and Ukrainetz, P. R.},
biburl = {https://www.bibsonomy.org/bibtex/2816e0bcde0d83647bd0bae46b1cada57/chkokalis},
interhash = {a3bd85a4b2c8919ed019808300afb5df},
intrahash = {816e0bcde0d83647bd0bae46b1cada57},
keywords = {CONDUCTOR VIBRATION},
timestamp = {2021-03-23T23:25:59.000+0100},
title = {ON THE MEASUREMENT OF CONDUCTOR VIBRATION},
year = 1970
}