An ACSR (Aluminum Conductors Steel Reinforced) power line, when it lies in a fire environment, can manifest a permanent elongation and change in bending, as when the conductors attain a temperature of over 500°C, a drastic fall of the mechanical strength of the steel core is caused. This work is a study about the conductor cross-section at the position of the abruption, in case it occurs. This cross section appears to be approximately 62.5% of the original value. Subsequently, two approximative methods of calculating the bending change of overhead lines are shown
Fire is an oxidation reaction of the three elements (fuel, oxygen, heat) that can result in loss of ...
The transmission lines generally using conductor with ACSR (Aluminium Conductor Steel Reinforced) wh...
This paper presents a proposed analytical method for calculating the mechanical loading on a beam co...
Generally, the deterioration characteristics of a conductor affected by a forest fire can be analyze...
Power transmission is mainly based on overhead transmission lines with conductors being supported by...
The effect of fires on the flashover voltage of power lines has been investigated in Brazil, Mexico,...
Down-conductor is part of critical component in the external Lightning Protection System (LPS) as to...
The paper revisits an important subject in the field of conductor inner mechanics, i.e. the bending ...
Corona effect plays an important role in determining the distortion and attenuation of the surges tr...
In order to determine whether the mechanical performance after the fires of high voltage transmissio...
The transmission lines generally using conductor with ACSR (Aluminium Conductor Steel Reinforced) wh...
Abstract: Discharges from overhead power lines and lightning discharges may severely endanger human ...
The high voltage power network in Sweden consists mainly of overhead power lines, that is conductors...
The use of aluminium as a construction material has been increasing since its first invention. At pr...
Transmission Lines often face severe ice or wind loads which may damage them and affect power system...
Fire is an oxidation reaction of the three elements (fuel, oxygen, heat) that can result in loss of ...
The transmission lines generally using conductor with ACSR (Aluminium Conductor Steel Reinforced) wh...
This paper presents a proposed analytical method for calculating the mechanical loading on a beam co...
Generally, the deterioration characteristics of a conductor affected by a forest fire can be analyze...
Power transmission is mainly based on overhead transmission lines with conductors being supported by...
The effect of fires on the flashover voltage of power lines has been investigated in Brazil, Mexico,...
Down-conductor is part of critical component in the external Lightning Protection System (LPS) as to...
The paper revisits an important subject in the field of conductor inner mechanics, i.e. the bending ...
Corona effect plays an important role in determining the distortion and attenuation of the surges tr...
In order to determine whether the mechanical performance after the fires of high voltage transmissio...
The transmission lines generally using conductor with ACSR (Aluminium Conductor Steel Reinforced) wh...
Abstract: Discharges from overhead power lines and lightning discharges may severely endanger human ...
The high voltage power network in Sweden consists mainly of overhead power lines, that is conductors...
The use of aluminium as a construction material has been increasing since its first invention. At pr...
Transmission Lines often face severe ice or wind loads which may damage them and affect power system...
Fire is an oxidation reaction of the three elements (fuel, oxygen, heat) that can result in loss of ...
The transmission lines generally using conductor with ACSR (Aluminium Conductor Steel Reinforced) wh...
This paper presents a proposed analytical method for calculating the mechanical loading on a beam co...