1996
DOI: 10.1522/1529502
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Effet de la fonte et de la pollution sur la tension de tenue maximale des isolateurs recouverts de glace /

Abstract: UIUQAC Mise en garde/AdviceAfin de rendre accessible au plus grand nombre le résultat des travaux de recherche menés par ses étudiants gradués et dans l'esprit des règles qui régissent le dépôt et la diffusion des mémoires et thèses produits dans cette Institution, l'Université du Québec à Chicoutimi (UQAC) est fière de rendre accessible une version complète et gratuite de cette oeuvre.Motivated by a desire to make the results of its graduate students' research accessible to all, and in accordance with the rul… Show more

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Cited by 3 publications
(9 citation statements)
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References 12 publications
(28 reference statements)
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“…The above results show that while a relatively slow rise in air temperature, from ¡ 12 to +1¯C, at a rate of 2.4¯C h ¡ 1 , is most severe for porcelain IEEE standard insulators, rapid melting at 24¯C h ¡ 1 lowered the E WS of the composite EPDM insulator tested (Soucy 1996).…”
Section: Rise In Air Temperaturementioning
confidence: 72%
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“…The above results show that while a relatively slow rise in air temperature, from ¡ 12 to +1¯C, at a rate of 2.4¯C h ¡ 1 , is most severe for porcelain IEEE standard insulators, rapid melting at 24¯C h ¡ 1 lowered the E WS of the composite EPDM insulator tested (Soucy 1996).…”
Section: Rise In Air Temperaturementioning
confidence: 72%
“…The critical ®ashover voltage of insulators under melting conditions seems to depend on the rate of increase in air temperature (Soucy 1996;, con dential report). Table 5 shows the maximum withstand stress (E WS ) of a composite EPDM and the porcelain IEEE standard insulators under slow and fast ice melting conditions, as obtained at UQAC (Soucy 1996).…”
Section: Rise In Air Temperaturementioning
confidence: 99%
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“…The maximum withstand stress (Ews) of a composite EPDM and the porcelain IEEE standard insulators under slow and fast ice melting conditions, was obtained at UQAC. The investigation shows that while a relatively slow rise in air temperature from -12 °C to +1 °C, at a rate of 2.4 °Ch' 1 , is most severe for porcelain IEEE standard insulators, rapid melting at 24 °Ch 4 lowers the Ews of the composite EPDM insulator tested [71].…”
Section: Temperaturementioning
confidence: 92%
“…The critical flashover of insulators under melting conditions seems to depend on the rate of increase in air temperature [71]. The maximum withstand stress (Ews) of a composite EPDM and the porcelain IEEE standard insulators under slow and fast ice melting conditions, was obtained at UQAC.…”
Section: Temperaturementioning
confidence: 99%