The electrical behavior of sample steel traction rails is analyzed considering the resistance and the external and internal inductance. Measurements are performed on two rail arrangements at different current levels (up to nearly 2 kA) at 50 Hz and over an extended frequency range (50 Hz to 100 kHz) at low currents, so that skin effect and saturation phenomena are clearly visible. Great accordance with the results obtained using Carson's formulas is found
To investigate the harmonic resonance in electric railways, determination of the traction network im...
This paper deals with the sensitivity of the input impedance of an open track circuit in the event t...
In a rail gun system the armature accelerated due to the Lorentz force caused by the current which i...
International audienceThe electrical behaviour of sample steel traction rails is analysed considerin...
The electrical behavior of sample steel traction rails is analyzed considering the resistance and th...
The electrical behavior of the sample steel traction rails is analyzed, considering the resistance a...
The electrical behavior of traction rails is considered. The values of resistance and internal induc...
In this paper, two different solid iron materials are used for two different size rails. The interna...
The internal parameter of UNI 60 rail is calculated by using finite elements methods. Steel's charac...
International audienceRunning rails in electrified transportation systems are the interface element ...
Running rails in electrified transportation systems are the interface element for several phenomena ...
The paper presents the methodology for calculation and measurement of induced voltage caused by rail...
A comprehensive analysis of published experimental data and formulae for the determination of the el...
An important element for the analysis of the electromagnetic conducted emissions in railway traction...
Apparent resistivity measurements made in proximity to a rail track are likely to be affected by pr...
To investigate the harmonic resonance in electric railways, determination of the traction network im...
This paper deals with the sensitivity of the input impedance of an open track circuit in the event t...
In a rail gun system the armature accelerated due to the Lorentz force caused by the current which i...
International audienceThe electrical behaviour of sample steel traction rails is analysed considerin...
The electrical behavior of sample steel traction rails is analyzed considering the resistance and th...
The electrical behavior of the sample steel traction rails is analyzed, considering the resistance a...
The electrical behavior of traction rails is considered. The values of resistance and internal induc...
In this paper, two different solid iron materials are used for two different size rails. The interna...
The internal parameter of UNI 60 rail is calculated by using finite elements methods. Steel's charac...
International audienceRunning rails in electrified transportation systems are the interface element ...
Running rails in electrified transportation systems are the interface element for several phenomena ...
The paper presents the methodology for calculation and measurement of induced voltage caused by rail...
A comprehensive analysis of published experimental data and formulae for the determination of the el...
An important element for the analysis of the electromagnetic conducted emissions in railway traction...
Apparent resistivity measurements made in proximity to a rail track are likely to be affected by pr...
To investigate the harmonic resonance in electric railways, determination of the traction network im...
This paper deals with the sensitivity of the input impedance of an open track circuit in the event t...
In a rail gun system the armature accelerated due to the Lorentz force caused by the current which i...