A brief review of the random nature of the processes involved in producing a breakdown path through an insulator suggests that breakdown may occur spontaneously, i.e. without any physical ageing/degradation, especially at high electric fields. This can be supported by considering the distribution function of the times-to-breakdown and, in particular, the shape parameter of the Weibull distribution. The work is supported by data from tests on PET and XLPE and from a preliminary computer simulation
For polymeric material used as electrical insulation, the presence of space charges could be the con...
Ageing models have been developed to predict the lifetime of polymeric insulation subject to electro...
none2noThis paper presents an overview of the problem of modelling the ageing of polymeric insulatin...
A brief review of the random nature of the processes involved in producing a breakdown path through ...
International audienceThe breakdown of polymeric insulators in service may occur even at electrical ...
Surface tracking on organic solid insulators is one of the main reasons for failure in high voltage ...
Polymer ageing models predict the working lifetime of polymeric insulation in terms of the electrica...
Polymer ageing models predict the working lifetime of polymeric insulation in terms of the electrica...
A simulation model to investigate the statistical property of electrical breakdown is presented base...
International audienceThis paper proposes to incorporate the distributed nature of processes at play...
Surface tracking on organic solid insulators is one of the main reasons for failure in high voltage ...
The Weibull distribution is commonly used for statistical processing of breakdown data of electrica...
none5Several degradation mechanisms may affect polymeric insulation system reliability. Some authors...
Polymeric material such as low density polyethylene (LDPE) has been used for decades as insulating m...
A generalized physical framework is presented for the simulation of electro-thermal ageing in large-...
For polymeric material used as electrical insulation, the presence of space charges could be the con...
Ageing models have been developed to predict the lifetime of polymeric insulation subject to electro...
none2noThis paper presents an overview of the problem of modelling the ageing of polymeric insulatin...
A brief review of the random nature of the processes involved in producing a breakdown path through ...
International audienceThe breakdown of polymeric insulators in service may occur even at electrical ...
Surface tracking on organic solid insulators is one of the main reasons for failure in high voltage ...
Polymer ageing models predict the working lifetime of polymeric insulation in terms of the electrica...
Polymer ageing models predict the working lifetime of polymeric insulation in terms of the electrica...
A simulation model to investigate the statistical property of electrical breakdown is presented base...
International audienceThis paper proposes to incorporate the distributed nature of processes at play...
Surface tracking on organic solid insulators is one of the main reasons for failure in high voltage ...
The Weibull distribution is commonly used for statistical processing of breakdown data of electrica...
none5Several degradation mechanisms may affect polymeric insulation system reliability. Some authors...
Polymeric material such as low density polyethylene (LDPE) has been used for decades as insulating m...
A generalized physical framework is presented for the simulation of electro-thermal ageing in large-...
For polymeric material used as electrical insulation, the presence of space charges could be the con...
Ageing models have been developed to predict the lifetime of polymeric insulation subject to electro...
none2noThis paper presents an overview of the problem of modelling the ageing of polymeric insulatin...