The modeling of ACSR (aluminum-<:onductor steelreinforced)
electrical conductors for dynamic analysis requires
some knowledge of the mechanical properties of the conductor.
It was found both experimentally and theoretically,
using a simple strength of materials approach, that the axialtorsional
behavior of ACSR conductors is highly coupled; i.e.,
axial motion causes torsional motion and vice versa. Although
wind-induced oscillation of ACSR power lines has been observed
for years, the importance of axial-torsional coupling
has not been generally recognized, nor studied. A simplified
mathematical model correlated well with experimental
measurements for this type of coupled mechanical behavior. It
is hoped that being able to control the amount of coupling
through cable design may lead to better control of windinduced
oscillations.
%0 Journal Article
%1 mcconnell1980model
%A McConnell, K.G.
%A Zemke, W.P.
%D 1980
%K ACSR Conductor Electrical
%T A Model to Predict the Coupled Axial Torsion
Properties of ACSR Electrical Conductors
%X The modeling of ACSR (aluminum-<:onductor steelreinforced)
electrical conductors for dynamic analysis requires
some knowledge of the mechanical properties of the conductor.
It was found both experimentally and theoretically,
using a simple strength of materials approach, that the axialtorsional
behavior of ACSR conductors is highly coupled; i.e.,
axial motion causes torsional motion and vice versa. Although
wind-induced oscillation of ACSR power lines has been observed
for years, the importance of axial-torsional coupling
has not been generally recognized, nor studied. A simplified
mathematical model correlated well with experimental
measurements for this type of coupled mechanical behavior. It
is hoped that being able to control the amount of coupling
through cable design may lead to better control of windinduced
oscillations.
@article{mcconnell1980model,
abstract = {The modeling of ACSR (aluminum-<:onductor steelreinforced)
electrical conductors for dynamic analysis requires
some knowledge of the mechanical properties of the conductor.
It was found both experimentally and theoretically,
using a simple strength of materials approach, that the axialtorsional
behavior of ACSR conductors is highly coupled; i.e.,
axial motion causes torsional motion and vice versa. Although
wind-induced oscillation of ACSR power lines has been observed
for years, the importance of axial-torsional coupling
has not been generally recognized, nor studied. A simplified
mathematical model correlated well with experimental
measurements for this type of coupled mechanical behavior. It
is hoped that being able to control the amount of coupling
through cable design may lead to better control of windinduced
oscillations.},
added-at = {2021-04-01T18:23:28.000+0200},
author = {McConnell, K.G. and Zemke, W.P.},
biburl = {https://www.bibsonomy.org/bibtex/2eddc2855ba2d770d7a7fe887f1185ab2/ceps},
interhash = {784f0879a946c8635fd6df647e9f2425},
intrahash = {eddc2855ba2d770d7a7fe887f1185ab2},
keywords = {ACSR Conductor Electrical},
timestamp = {2023-12-20T17:25:10.000+0100},
title = {A Model to Predict the Coupled Axial Torsion
Properties of ACSR Electrical Conductors},
year = 1980
}