Abstract
Cables in power plants are subjected to thermal and radiation stresses. As a result, these equipments have their electrical and mechanical properties modified versus time. In order to follow mechanical characteristics on site, we have tested a non destructive equipment named `INDENTER`. The experiments have been conducted on L.O.C.A. cables (EPR-CSPE) and PVC. Results obtained are satisfying for L.O.C.A. cables. For PVC cables, supplementary tests might be done in order to pronounce opinion in the interest of this equipment. we have observed chose relation between modulus INDENTER and classical mechanical data (absolute elongation at break). (authors).
Citation Formats
Bertrand, Y, Pinel, B, and Brincourt, T.
Non-destructive control applied on power station cables: assessment of the residual mechanical properties of cables; Controle non-destructif applique aux cables centrales: determination des caracteristiques mecaniques residuelles des cables.
France: N. p.,
1996.
Web.
Bertrand, Y, Pinel, B, & Brincourt, T.
Non-destructive control applied on power station cables: assessment of the residual mechanical properties of cables; Controle non-destructif applique aux cables centrales: determination des caracteristiques mecaniques residuelles des cables.
France.
Bertrand, Y, Pinel, B, and Brincourt, T.
1996.
"Non-destructive control applied on power station cables: assessment of the residual mechanical properties of cables; Controle non-destructif applique aux cables centrales: determination des caracteristiques mecaniques residuelles des cables."
France.
@misc{etde_529093,
title = {Non-destructive control applied on power station cables: assessment of the residual mechanical properties of cables; Controle non-destructif applique aux cables centrales: determination des caracteristiques mecaniques residuelles des cables}
author = {Bertrand, Y, Pinel, B, and Brincourt, T}
abstractNote = {Cables in power plants are subjected to thermal and radiation stresses. As a result, these equipments have their electrical and mechanical properties modified versus time. In order to follow mechanical characteristics on site, we have tested a non destructive equipment named `INDENTER`. The experiments have been conducted on L.O.C.A. cables (EPR-CSPE) and PVC. Results obtained are satisfying for L.O.C.A. cables. For PVC cables, supplementary tests might be done in order to pronounce opinion in the interest of this equipment. we have observed chose relation between modulus INDENTER and classical mechanical data (absolute elongation at break). (authors).}
place = {France}
year = {1996}
month = {Dec}
}
title = {Non-destructive control applied on power station cables: assessment of the residual mechanical properties of cables; Controle non-destructif applique aux cables centrales: determination des caracteristiques mecaniques residuelles des cables}
author = {Bertrand, Y, Pinel, B, and Brincourt, T}
abstractNote = {Cables in power plants are subjected to thermal and radiation stresses. As a result, these equipments have their electrical and mechanical properties modified versus time. In order to follow mechanical characteristics on site, we have tested a non destructive equipment named `INDENTER`. The experiments have been conducted on L.O.C.A. cables (EPR-CSPE) and PVC. Results obtained are satisfying for L.O.C.A. cables. For PVC cables, supplementary tests might be done in order to pronounce opinion in the interest of this equipment. we have observed chose relation between modulus INDENTER and classical mechanical data (absolute elongation at break). (authors).}
place = {France}
year = {1996}
month = {Dec}
}