Severe economic constraints are forcing utilities to
seek more cost effective ways to design and build new
transmission lines. Probabilistic design appears to offer
many advantages, but there is not sufficient information on
the true character of naturally occurring loads or the
response of transmission lines to those loads to permit the
application of probabilistic approaches with confidence.
Recognizing this, the Electic Power Research Institute
(EPRI) has funded, as a start, a comprehensive study into
the structure of wind and the response of full scale transmission
lines to it. The paper describes the nature of this
research program, the instrumentation and data acquisition
systems developed specifically for it and the results to
date.
%0 Generic
%1 fagan1981transmission
%A FAGAN, John
%A POHLMAN, Joe
%D 1981
%K Design Field Line Transmission Wind acquisition data instrumentation loading meteorological philosophy response structural verification
%T TRANSMISSION WIND LOADING DESIGN PHILOSOPHY
AND FIELD VERIFICATION PROGRAM
%X Severe economic constraints are forcing utilities to
seek more cost effective ways to design and build new
transmission lines. Probabilistic design appears to offer
many advantages, but there is not sufficient information on
the true character of naturally occurring loads or the
response of transmission lines to those loads to permit the
application of probabilistic approaches with confidence.
Recognizing this, the Electic Power Research Institute
(EPRI) has funded, as a start, a comprehensive study into
the structure of wind and the response of full scale transmission
lines to it. The paper describes the nature of this
research program, the instrumentation and data acquisition
systems developed specifically for it and the results to
date.
@conference{fagan1981transmission,
abstract = {Severe economic constraints are forcing utilities to
seek more cost effective ways to design and build new
transmission lines. Probabilistic design appears to offer
many advantages, but there is not sufficient information on
the true character of naturally occurring loads or the
response of transmission lines to those loads to permit the
application of probabilistic approaches with confidence.
Recognizing this, the Electic Power Research Institute
(EPRI) has funded, as a start, a comprehensive study into
the structure of wind and the response of full scale transmission
lines to it. The paper describes the nature of this
research program, the instrumentation and data acquisition
systems developed specifically for it and the results to
date.},
added-at = {2021-02-07T21:27:39.000+0100},
author = {FAGAN, John and POHLMAN, Joe},
biburl = {https://www.bibsonomy.org/bibtex/2f71e137ba0e88632829b7214e67d04ac/ceps},
interhash = {e7672367e21a00c5e934b5bb81746cb0},
intrahash = {f71e137ba0e88632829b7214e67d04ac},
keywords = {Design Field Line Transmission Wind acquisition data instrumentation loading meteorological philosophy response structural verification},
timestamp = {2023-12-21T14:13:56.000+0100},
title = {TRANSMISSION WIND LOADING DESIGN PHILOSOPHY
AND FIELD VERIFICATION PROGRAM},
year = 1981
}