The degradation of the synthetic insulation of the high tension cables due to the phenomenon of water trees is formed by a set of microcavities containing water and recalling the cracks or cavitation in mechanics of rupture. In this study, we show that the localization of these microcavities is preferentially done in the amorphous zones inter and intra-spherulitic ■ This allowed us to propose a schematic model of creation and propagation of microcavities resulting from that of the cracks, bringing into play the inter-crystalline binding molecules and the mechanical stresses of electrical origin. By studying a wide range of polymers, it has been possible to demonstrate the correlations between the mechanical properties of a polymer, given by...
In this paper a MV (medium voltage) of 11 KV XLPE (cross linked polyethylene) power cable is impleme...
Submarine power cables are expected to last 20 years without maintenance to be considered technologi...
Power cables consist of concentric arrangements of layers designed to respond to specific technologi...
The degradation of the synthetic insulation of the high tension cables due to the phenomenon of wate...
a method of visualization of trees produced at the end of a water needle and making it possible to f...
The simultaneous presence of traces of water and an alternating electric field produces water trees ...
Since discovering the water treeing phenomenon (WT) in polymeric cables in the early 1970s, water tr...
The water trees reduce the dielectric strength of the synthetic insulation of electrical cables. The...
The paper contains systematic comparison of signs and properties of the water treeing phenomenon (th...
One failure mechanism of subsea cables is the degradation of the\ua0insulation layers by so-called “...
Introduction. The presence of free moisture in power cables leading to the formation of tree structu...
An innovative, physical, aging and life model for polymeric insulation systems, founded on damage ...
Mechanical stresses generated during manufacturing and laying process of high voltage cables can res...
Many industrial structures subjected to quasi-static (creep) or cyclic (fatigue) long-term loadings ...
The power cable breakdown suspected due to water treeing in polymeric cables are said to be the main...
In this paper a MV (medium voltage) of 11 KV XLPE (cross linked polyethylene) power cable is impleme...
Submarine power cables are expected to last 20 years without maintenance to be considered technologi...
Power cables consist of concentric arrangements of layers designed to respond to specific technologi...
The degradation of the synthetic insulation of the high tension cables due to the phenomenon of wate...
a method of visualization of trees produced at the end of a water needle and making it possible to f...
The simultaneous presence of traces of water and an alternating electric field produces water trees ...
Since discovering the water treeing phenomenon (WT) in polymeric cables in the early 1970s, water tr...
The water trees reduce the dielectric strength of the synthetic insulation of electrical cables. The...
The paper contains systematic comparison of signs and properties of the water treeing phenomenon (th...
One failure mechanism of subsea cables is the degradation of the\ua0insulation layers by so-called “...
Introduction. The presence of free moisture in power cables leading to the formation of tree structu...
An innovative, physical, aging and life model for polymeric insulation systems, founded on damage ...
Mechanical stresses generated during manufacturing and laying process of high voltage cables can res...
Many industrial structures subjected to quasi-static (creep) or cyclic (fatigue) long-term loadings ...
The power cable breakdown suspected due to water treeing in polymeric cables are said to be the main...
In this paper a MV (medium voltage) of 11 KV XLPE (cross linked polyethylene) power cable is impleme...
Submarine power cables are expected to last 20 years without maintenance to be considered technologi...
Power cables consist of concentric arrangements of layers designed to respond to specific technologi...