DC-electrified traction systems are a potential source of stray current that may corrode internal and external structures and installations. The stray current intensity depends on several factors (traction current, rail insulation, concrete mat and piers resistance), that are accounted for in the proposed model. The case of a viaduct and a victim-buried pipeline is considered in detail, and the estimated impressed voltage on the pipe is compared successfully with experimental results
Stray currents are known to promote corrosion of nearby metallic structures. Electrolysis is the res...
An accurate electric model of the earth is important for many applications related to electric tract...
The paper focuses on evaluation of stray current distribution and rail potential for 'Albate-Chiasso...
DC-electrified traction systems are a potential source of stray current that may corrode internal an...
DC electrified traction systems are a potential source of stray current, that may corrode both inter...
Leakage currents from a dc-electrified railway requires careful consideration throughout the life ti...
DC electrified traction systems are a potential source of stray current, that may corrode both inter...
Running rails are used as the return path for the train current in most DC electrified rail transit ...
Leakage currents from DC traction power supply system of metro will reduce the lifetime of the burie...
Modern electrified transportation systems feature increasing installed power and performance and cor...
International audienceModern electrified transportation systems feature increasing installed power a...
Buried metal structures are subjected to different kinds of corrosion one of which is due to stray c...
This paper presents the analysis of the current as stray current and supplied current of the substat...
The paper presents a method of the simulation of electrical effects of stray currents from d.c. trac...
Metallic corrosion can cause substantial damage at various levels and in almost all types of infrast...
Stray currents are known to promote corrosion of nearby metallic structures. Electrolysis is the res...
An accurate electric model of the earth is important for many applications related to electric tract...
The paper focuses on evaluation of stray current distribution and rail potential for 'Albate-Chiasso...
DC-electrified traction systems are a potential source of stray current that may corrode internal an...
DC electrified traction systems are a potential source of stray current, that may corrode both inter...
Leakage currents from a dc-electrified railway requires careful consideration throughout the life ti...
DC electrified traction systems are a potential source of stray current, that may corrode both inter...
Running rails are used as the return path for the train current in most DC electrified rail transit ...
Leakage currents from DC traction power supply system of metro will reduce the lifetime of the burie...
Modern electrified transportation systems feature increasing installed power and performance and cor...
International audienceModern electrified transportation systems feature increasing installed power a...
Buried metal structures are subjected to different kinds of corrosion one of which is due to stray c...
This paper presents the analysis of the current as stray current and supplied current of the substat...
The paper presents a method of the simulation of electrical effects of stray currents from d.c. trac...
Metallic corrosion can cause substantial damage at various levels and in almost all types of infrast...
Stray currents are known to promote corrosion of nearby metallic structures. Electrolysis is the res...
An accurate electric model of the earth is important for many applications related to electric tract...
The paper focuses on evaluation of stray current distribution and rail potential for 'Albate-Chiasso...