The effects of sustained flow of ground fault
current through concrete poles of power distribution
overhead lines are discussed. Typical cases and actual
damages due to sustained currents are described. It is
shown that serious damages to concrete poles and surrounding
soil, including excessive earth surface potential
gradients, may occur when concrete pole ground
resistance is higher than a critical value.
%0 Generic
%1 bogajewski1981effects
%A Bogajewski, W
%A Dawalibi, F
%A Gervais, Y
%A Mukhedkar, D
%D 1981
%K CONCRETE CURRENT FAULT POLES
%T EFFECTS OF SUSTAINED GROUND FAULT CURRENT ON CONCRETE POLES
%X The effects of sustained flow of ground fault
current through concrete poles of power distribution
overhead lines are discussed. Typical cases and actual
damages due to sustained currents are described. It is
shown that serious damages to concrete poles and surrounding
soil, including excessive earth surface potential
gradients, may occur when concrete pole ground
resistance is higher than a critical value.
@conference{bogajewski1981effects,
abstract = {The effects of sustained flow of ground fault
current through concrete poles of power distribution
overhead lines are discussed. Typical cases and actual
damages due to sustained currents are described. It is
shown that serious damages to concrete poles and surrounding
soil, including excessive earth surface potential
gradients, may occur when concrete pole ground
resistance is higher than a critical value.},
added-at = {2020-05-25T11:22:14.000+0200},
author = {Bogajewski, W and Dawalibi, F and Gervais, Y and Mukhedkar, D},
biburl = {https://www.bibsonomy.org/bibtex/27b84f5438e9c33bfb524382581f6e852/chkokalis},
interhash = {897bff2708792f546a9b9ba7d730154e},
intrahash = {7b84f5438e9c33bfb524382581f6e852},
keywords = {CONCRETE CURRENT FAULT POLES},
timestamp = {2020-05-27T15:41:52.000+0200},
title = {EFFECTS OF SUSTAINED GROUND FAULT CURRENT ON CONCRETE POLES},
year = 1981
}