The application of glass-fibre reinforced
epoxy resins (GFR) has rapidly increased in
the past years. In addition to fibre glass
reinforced cores of composite long rod insulators,
also tubes manufactured by the filament
winding method are now in use as parts of post
type insulators, housings or in dry-type
transformer bushings.
It is well known that the interface between
the fibres and the resin matrix is very important
both for the mechanical and the electrical
properties. In this paper results are
presented which verify the importance of a
high quality interface expecially in the case
of electrical treeing. The influence of voids
in the composite is also regarded.
It is assummed that the interface areas play a
decisive role also for the water transport
into composi te materials. Therefore, the
moisture absorption is investigated and first
results are presented.
%0 Generic
%1 karner1990moisture
%A Kärner, Hermann
%A Lange, Anke
%D 1990
%K CAST-RESIN GLASS-FIBRE MOISTURE
%T "MOISTURE ABSORPTION AND ELECTRICAL TREEING
IN GLASS-FIBRE REINFORCED CAST-RESIN"
%X The application of glass-fibre reinforced
epoxy resins (GFR) has rapidly increased in
the past years. In addition to fibre glass
reinforced cores of composite long rod insulators,
also tubes manufactured by the filament
winding method are now in use as parts of post
type insulators, housings or in dry-type
transformer bushings.
It is well known that the interface between
the fibres and the resin matrix is very important
both for the mechanical and the electrical
properties. In this paper results are
presented which verify the importance of a
high quality interface expecially in the case
of electrical treeing. The influence of voids
in the composite is also regarded.
It is assummed that the interface areas play a
decisive role also for the water transport
into composi te materials. Therefore, the
moisture absorption is investigated and first
results are presented.
@conference{karner1990moisture,
abstract = {The application of glass-fibre reinforced
epoxy resins (GFR) has rapidly increased in
the past years. In addition to fibre glass
reinforced cores of composite long rod insulators,
also tubes manufactured by the filament
winding method are now in use as parts of post
type insulators, housings or in dry-type
transformer bushings.
It is well known that the interface between
the fibres and the resin matrix is very important
both for the mechanical and the electrical
properties. In this paper results are
presented which verify the importance of a
high quality interface expecially in the case
of electrical treeing. The influence of voids
in the composite is also regarded.
It is assummed that the interface areas play a
decisive role also for the water transport
into composi te materials. Therefore, the
moisture absorption is investigated and first
results are presented.},
added-at = {2020-04-03T15:50:45.000+0200},
author = {Kärner, Hermann and Lange, Anke},
biburl = {https://www.bibsonomy.org/bibtex/2db55e858657ffaed254c90982dafc988/chkokalis},
eventtitle = {IEEE International Symposium on Electrical Insulation},
interhash = {f648b6eab4ce32c05a2919c6df742ff4},
intrahash = {db55e858657ffaed254c90982dafc988},
keywords = {CAST-RESIN GLASS-FIBRE MOISTURE},
timestamp = {2020-04-05T16:20:10.000+0200},
title = {"MOISTURE ABSORPTION AND ELECTRICAL TREEING
IN GLASS-FIBRE REINFORCED CAST-RESIN"},
venue = {Toronto},
year = 1990
}