The process of acquisition of the measured dynamic values of forces between the rails and the wheels on the real measurement train and the train tracks. The conversion of the measured values into the matrices and vectors enables numerous exact qualitative and quantitative studies of the dynamic phenomena behaviour. The paper shows the possibilities of using MATLAB computer tool. All the commands in the software are given and explained. Calculating of the empirical, normal and cumulative distribution on an example of the lateral force is given in detail. The new software is exactly verified mathematically and qualified for any further use. The developed software is the tool for the development of other two phases: software for the exact automatic evaluation of the maximum values of the dynamic values and software for the automatic approval of vehicles and railway due to the driving safety, loading tracks and driving comfort compared to the limited values regarding UI C CODE 518.
UIC, UIC CODE 518. Testing and approval of railway vehicles from the point of view of their dynamic behaviour-Safety-Track fatigue-Ride quality. 3rd ed.; October 2005.
UIC. Testing train ETR-470-ZERO in Croatia. Sync reports, Zagreb; December 1996.
UIC. Measurement data taken by the measurement train on Zagreb-Rijeka railway. Fiat Ferroviaria, Italy; 1996.
Janjanin S, Žerak Lj, Verlić P. The possibility of analyzing the measuring data from the test train by using MATLAB [in Croatian]. Railways 21. Nov 2002;1(1):20-30.
Janjanin S, Knaffl I. Mandatory requirements, procedures and criteria used for the introduction of tilting trains [in Croatian]. Railways in theory and practice. Oct 1997;3-4.
Janjanin S, other authors. Dynamic interaction of wheels and rails, set of modeling in science, technology and society [in Croatian]. Zagreb: Hrvatsko društvo za sustave CROSS; 1998.
Janjanin S. To study the simulation of the movement of vehicles in curves [in Croatian]. Zagreb; June 1995.
Guest Editor: Eleonora Papadimitriou, PhD
Editors: Dario Babić, PhD; Marko Matulin, PhD; Marko Ševrović, PhD.
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