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title:(Modelling AND of AND Thermal AND Breakdown AND in AND Dielectric AND Elastomers)

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1 Conference paper

Modelling of Thermal Breakdown in Dielectric Elastomers

Several electrical aging mechanisms are known to occur during operation of dielectric elastomers; some cause fast breakdown while others cause slow degradation of the dielectric elastomer. One of the most significant fast aging mechanisms is thermal breakdown. Thermal breakdown initiates when

Year: 2018

Language: English

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2 Conference paper

Modelling of Thermal Breakdown in Dielectric Elastomers

off, the elastomer regenerates its original shape. Several electrical aging mechanisms are known to occur during operation; some cause fast breakdown while others cause slow degradation of the dielectric elastomer. One of the most significant fast aging mechanisms is thermal breakdown. Thermal

Year: 2017

Language: English

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3 Conference paper

Modelling of Thermal Breakdown in Dielectric Elastomers

off, the elastomer regenerates its original shape. Several electrical aging mechanisms are known to occur during operation; some cause fast breakdown while others cause slow degradation of the dielectric elastomer. One of the most significant fast aging mechanisms is thermal breakdown. Thermal

Year: 2018

Language: English

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4 Conference paper

Modelling of Thermal Breakdown in Dielectric Elastomers

off, the elastomer regenerates its original shape. Several electrical aging mechanisms are known to occur during operation; some cause fast breakdown while others cause slow degradation of the dielectric elastomer. One of the most significant fast aging mechanisms is thermal breakdown. Thermal

Year: 2018

Language: English

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