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Mechatronic real-time multibody model of bogie test rig
conference contributionposted on 06.12.2017, 00:00 authored by Maksym SpiryaginMaksym Spiryagin, Colin ColeColin Cole, Yan SunYan Sun, Timothy McsweeneyTimothy Mcsweeney, Christopher BosomworthChristopher Bosomworth, Mark HaymanMark Hayman, I Persson
The design of a mechatronic real-time multibody model of a locomotive’s three axle bogie is presented in this paper based on the application of a software-in-the-loop approach. This approach requires development of different subsystems of the bogie test rig as real-time models. In this paper, the investigation of such a real-time application of the full model of the locomotive’s bogie test rig has been undertaken, where a mechanical subsystem has been created in Gensys multibody software and an electrical subsystem in the Matlab/Simulink environment transferred to an IPG Xpack 4 computerised system. The verification of the developed mechatronic model has been made by means of a real-time simulation process where two subsystems have been connected through the UDP interface.