In this article, the evolution of the electrical and mechanical properties of short XLPE cables subjected to radiochemical aging is reported. From these results, an initial multiphysics life modelling approach is presented. In particular, the proposed modelling of the electrical properties (here complex permittivity) showed to successfully assess of the health of the cables through non-destructive techniques putting the basis of a diagnostic method for cable management on site.
Life modeling analysis of Silane crosslinked polyethylene cables for nuclear applications / Simone Suraci; davide fabiani. - ELETTRONICO. - (2020), pp. 20421906.61-20421906.64. (Intervento presentato al convegno Third IEEE International Conference on Dielectrics 2020 tenutosi a Valencia, Spain nel July 2020) [10.1109/ICD46958.2020.9341894].
Life modeling analysis of Silane crosslinked polyethylene cables for nuclear applications
Simone Suraci
;davide fabiani
2020
Abstract
In this article, the evolution of the electrical and mechanical properties of short XLPE cables subjected to radiochemical aging is reported. From these results, an initial multiphysics life modelling approach is presented. In particular, the proposed modelling of the electrical properties (here complex permittivity) showed to successfully assess of the health of the cables through non-destructive techniques putting the basis of a diagnostic method for cable management on site.| File | Dimensione | Formato | |
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