Apart from the problem of wind excitation,
the damping also is of specific importance
when the problem of mechanical overhead
line vibrations is studied. In general,
distinction is made between the external
damping (for instance, use of vibration
dampers, tower influence etc.) and the
conductor self-damping.
Hence, apart from other information, data
of the mechanical conductor self-damping
are required for the calculation of the
vibration behaviour of a line on planning
and for the economical optimization of
additional damping means for planned or
existing lines. These data are determined
by vibration measurements in the lab.
This paper describes a measuring method
for the determination of conductor selfdamping
parameters. The influence of tensile
force, vibration amplitude, frequency
etc. is depicted by means of the measuring
results explaining thus the vibration
behaviour of conductor on the overhead
line.
%0 Generic
%1 agelink1981results
%A AGELINK, G
%D 1981
%K Conductor Line Measurement Overhead Self-Damping Vibration
%T RESULTS OF OVERHEAD LINE CONDUCTOR SELF-DAMPING
MEASUREMENTS
%X Apart from the problem of wind excitation,
the damping also is of specific importance
when the problem of mechanical overhead
line vibrations is studied. In general,
distinction is made between the external
damping (for instance, use of vibration
dampers, tower influence etc.) and the
conductor self-damping.
Hence, apart from other information, data
of the mechanical conductor self-damping
are required for the calculation of the
vibration behaviour of a line on planning
and for the economical optimization of
additional damping means for planned or
existing lines. These data are determined
by vibration measurements in the lab.
This paper describes a measuring method
for the determination of conductor selfdamping
parameters. The influence of tensile
force, vibration amplitude, frequency
etc. is depicted by means of the measuring
results explaining thus the vibration
behaviour of conductor on the overhead
line.
@conference{agelink1981results,
abstract = {Apart from the problem of wind excitation,
the damping also is of specific importance
when the problem of mechanical overhead
line vibrations is studied. In general,
distinction is made between the external
damping (for instance, use of vibration
dampers, tower influence etc.) and the
conductor self-damping.
Hence, apart from other information, data
of the mechanical conductor self-damping
are required for the calculation of the
vibration behaviour of a line on planning
and for the economical optimization of
additional damping means for planned or
existing lines. These data are determined
by vibration measurements in the lab.
This paper describes a measuring method
for the determination of conductor selfdamping
parameters. The influence of tensile
force, vibration amplitude, frequency
etc. is depicted by means of the measuring
results explaining thus the vibration
behaviour of conductor on the overhead
line.},
added-at = {2021-02-07T21:27:44.000+0100},
author = {AGELINK, G},
biburl = {https://www.bibsonomy.org/bibtex/20ff447ddfe0b554ce39e62649bb5dbba/ceps},
interhash = {6c915ec1f985a77c62ac5ced8e672be9},
intrahash = {0ff447ddfe0b554ce39e62649bb5dbba},
keywords = {Conductor Line Measurement Overhead Self-Damping Vibration},
timestamp = {2023-12-21T08:38:16.000+0100},
title = {RESULTS OF OVERHEAD LINE CONDUCTOR SELF-DAMPING
MEASUREMENTS},
year = 1981
}