Fisette, Paul
[UCL]
Samin, Jean-Claude
[UCL]
This paper presents a multibody model developed for railway applications and, in particular, for the study of the lateral dynamics of a non-conventional articulated bogie with independent wheels. The classical multibody formalism is first briefly reviewed and the generation of the equations in symbolic form is also presented. Moreover, a new wheel/rail contact model compatible with the symbolic output of the MBS software ROBOTRAN has been developed. The validation with results available in the literature and some results concerning the articulated bogie are finally presented.
- Chatelle Ph., Proc. of the 8th IAVSD-IUTAM Symposium on the Dynamics of Vehicles on Road and Tracks, 15 (1983)
- Wittenburg J., Dynamics of Systems of Rigid Bodies (1977)
- Bonivert L., Simulation in the Factory of the Future (1988)
- Maes P., Multibody System Handbook (1989)
- Hiller S.S., ASME Conference (1986)
- Wehage R.A., Journal of Mechanical Structures, 104 (1982)
- Samin J.C., Journal of Dynamic Systems, Measurements and Control
- Samin J. Cl., A multibody approach for dynamic investigation of rolling systems, 10.1007/bf00533167
- Kalker J.J. “ Three Dimensional Elastic Bodies in Rolling Contact ”, Kluwer Academic Publishers , 1990 .
- Vijay K. Garg and Rao Dukkipati , “ Dynamics of Railway Vehicle Systems ”, Academic Press .
- Jaschinski A. “ On the Application of Similarity Law to a Scaled Railway Bogie Model ”, Phd. Thesis , T. University of Delft , 1990 .
- KALKER J. J., A Fast Algorithm for the Simplified Theory of Rolling Contact, 10.1080/00423118208968684
- Duffek W., 9th IAVSD Symposium on the Dynamics of Vehicles on Road and on Tracks, 24 (1985)
Bibliographic reference |
Fisette, Paul ; Samin, Jean-Claude. Lateral Dynamics of a Light Railway Vehicle With Independent Wheels.12TH SYMP OF THE INTERNATIONAL ASSOC FOR VEHICLE SYSTEM DYNAMICS : DYNAMICS OF VEHICLES ON ROADS FROM TRACKS (ECOLE CENT LYON, ECULLY
(France), Aug 26-30, 1991). In: Vehicle System Dynamics : international journal of vehicle mechanics and mobility, Vol. 20, p. 157-171 (1992) |
Permanent URL |
http://hdl.handle.net/2078.1/63588 |