Tisch, Harald, Schmid, Roman, Mittermayr, Paul, and Salvenmoser, Dieter
Abstract
As announced at the last Congress in Graz, in the group wide project “Identification of the wear reduction potential of the ÖBB-fleet locomotives" some prototypes have been tested for one year and the measured data was analysed. In this paper the vehicle based measures like the special bogie equipment, the monitoring of the wheel wear and the accomplished test runs for investigation of the traction force are presented. Additionally the infrastructural measures like building the specific measuring site in Schwechat, the monitoring of the dynamic forces and the test runs over other measuring sites are introduced. [ABSTRACT FROM AUTHOR]
Honegger, Peter, Kögel, Rüdiger, and Hohenbichler, Norbert
Abstract
By intelligent control on the control levels between the traction controller, the train bus in multiple traction and the wheel sets of the locomotive, an optimum with respect to performance, availability, wear and energy efficiency can be achieved. The paper presents the control strategies in multiple traction with different trainbusses (ZMS, WTC UIC etc.) in mixed configurations, control methods in the vehicle and adhesion control of Bombardier TRAXX locomotives. Measurement results of track tests visualize the achieved results. [ABSTRACT FROM AUTHOR]
Muchow, Marcel, Deiterding, Lars, Weismantel, Sebastian, and Hörstel, Jürgen
Abstract
As part of the 7th EU Framework Programme, the research project SPIDER PLUS (Sustainable Plan for Integrated Development through the European Rail Network - Projecting Logistics and Mobility for Urban Spatial Design Evolution] was carried out between 2012 and 2015. The goal was to develop a passenger and freight mobility vision for 2050 encompassing seamless transportation, where electrified rail has the central role, and to identify ways in which the objectives defined by the European Commission in the “White Paper“ in March 2011 can be achieved. Starting from the project concept mainly the impact on the railway sector will be presented. This includes the integration of national rail systems into a European grid, elimination of infrastructure gaps and simplified homologation processes for vehicles and other railway equipment in order to achieve seamless, international rail traffic at a high quality level. Moreover respective framework conditions have to be set up by the politics and a broad market uptake has to be ensured. [ABSTRACT FROM AUTHOR]
Published
2016
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