The goodness of the current collection of the pantograph from the contact line in railway vehicles requires many analyses on the dynamics of their interaction. To this purpose, it is necessary a monitoring system that is able to control the sensitive parameters that describe the real status of the components involved. The scope of this research is framed in the context of the systems for the monitoring of the contact line and its interaction with the pantograph due to the running of trains in 3,000 VDC railway lines. In particular, the optical technology is proposed for the measuring of the catenary height. A measurement campaign has been carried out in the year 2014 and the recorded data have been treated through a dedicated algorithm in o...
In any railway power supply system, the contact line is considered one of the most important compone...
In this work, the basic criteria of the process of the pantograph and overhead line interaction of r...
Previous research activity revealed that a new measurement system, based on a phototube sensor, can ...
The goodness of the current collection of the pantograph from the contact line in railway vehicles r...
In railway engineering the monitoring of contact force between pantograph and catenary gives informa...
In the present paper, the advantages of the use of optical sensors, and in particular sensors based ...
Regular condition monitoring is an essential precondition for selectively planning maintenance opera...
This paper reports measurement results and some design details of railway measurement systems based ...
With the continuous increase of train speed and the expansion of the railway network, health monitor...
International audienceCurrent collection is a key issue in modern electrical railway, and its perfor...
Having a direct impact on performance of the catenary-pantograph system, the reliability of the over...
Several optical measurement systems for recording catenary related parameters like contact wire posi...
This paper investigates the correlation between the results of a diagnostic system for overhead line...
This paper shows a new sensor based on infrared images for monitoring pantograph catenary interactio...
The development of innovative non-destructive testing (NDT) methods to improve the efficiency, relia...
In any railway power supply system, the contact line is considered one of the most important compone...
In this work, the basic criteria of the process of the pantograph and overhead line interaction of r...
Previous research activity revealed that a new measurement system, based on a phototube sensor, can ...
The goodness of the current collection of the pantograph from the contact line in railway vehicles r...
In railway engineering the monitoring of contact force between pantograph and catenary gives informa...
In the present paper, the advantages of the use of optical sensors, and in particular sensors based ...
Regular condition monitoring is an essential precondition for selectively planning maintenance opera...
This paper reports measurement results and some design details of railway measurement systems based ...
With the continuous increase of train speed and the expansion of the railway network, health monitor...
International audienceCurrent collection is a key issue in modern electrical railway, and its perfor...
Having a direct impact on performance of the catenary-pantograph system, the reliability of the over...
Several optical measurement systems for recording catenary related parameters like contact wire posi...
This paper investigates the correlation between the results of a diagnostic system for overhead line...
This paper shows a new sensor based on infrared images for monitoring pantograph catenary interactio...
The development of innovative non-destructive testing (NDT) methods to improve the efficiency, relia...
In any railway power supply system, the contact line is considered one of the most important compone...
In this work, the basic criteria of the process of the pantograph and overhead line interaction of r...
Previous research activity revealed that a new measurement system, based on a phototube sensor, can ...