This communication deals with the use of controlled backfills for laying underground cables . This technique
has certain advantages, but implies the following, among others :
- achieving a reliable method of dimensioning the trenches,
- research into and characterisation of convenient materials,
- determining practical working conditions,
- the use of suitable methods of inspection on site.
The solution to these problems adopted in Belgium has been considered adequate for systematic use of
controlled backfills when the voltage and load on the underground cables are high.
However, the results of more precise calculations show that the question must be reexamined taking into
account the new data available on the drying out of soils.
%0 Generic
%1 germay1980optimum
%A GERMAY, N
%A STEFFENS, J
%A MELSEN, C
%A GIRBOUX, P
%D 1980
%K Backfill Cable Inspection Temperature Thermal Underground resistivity rise
%T THE OPTIMUM USE OF CONTROLLED BACKFILLS FOR UNDERGROUND
ELECTRIC CABLES
%X This communication deals with the use of controlled backfills for laying underground cables . This technique
has certain advantages, but implies the following, among others :
- achieving a reliable method of dimensioning the trenches,
- research into and characterisation of convenient materials,
- determining practical working conditions,
- the use of suitable methods of inspection on site.
The solution to these problems adopted in Belgium has been considered adequate for systematic use of
controlled backfills when the voltage and load on the underground cables are high.
However, the results of more precise calculations show that the question must be reexamined taking into
account the new data available on the drying out of soils.
@conference{germay1980optimum,
abstract = {This communication deals with the use of controlled backfills for laying underground cables . This technique
has certain advantages, but implies the following, among others :
- achieving a reliable method of dimensioning the trenches,
- research into and characterisation of convenient materials,
- determining practical working conditions,
- the use of suitable methods of inspection on site.
The solution to these problems adopted in Belgium has been considered adequate for systematic use of
controlled backfills when the voltage and load on the underground cables are high.
However, the results of more precise calculations show that the question must be reexamined taking into
account the new data available on the drying out of soils.},
added-at = {2020-05-25T15:23:25.000+0200},
author = {GERMAY, N and STEFFENS, J and MELSEN, C and GIRBOUX, P},
biburl = {https://www.bibsonomy.org/bibtex/231d7911d3fbe942ddd4584083ec9a93d/ceps},
interhash = {8b4314495e6f99af717602aa34a0fad1},
intrahash = {31d7911d3fbe942ddd4584083ec9a93d},
keywords = {Backfill Cable Inspection Temperature Thermal Underground resistivity rise},
timestamp = {2023-12-20T17:24:07.000+0100},
title = {THE OPTIMUM USE OF CONTROLLED BACKFILLS FOR UNDERGROUND
ELECTRIC CABLES},
year = 1980
}