Active tilt control is a well-established technology in modern railway vehicles, for which currently used control approaches have evolved in an intuitive matter. This paper presents work on a set of novel strategies for achieving local tilt control, i.e. applied independently for each vehicle rather than the whole train precedence approach that is commonly used. A linearized dynamic model is developed for a modern tilting railway vehicle with a tilt mechanism (tilting bolster) providing tilt below the secondary suspension. It addresses the fundamental problems associated with straightforward feedback control, and briefly discusses the current industry norm, which employs command-driven with precedence strategy. Two new advanced schemes are proposed, a model-based estimation approach, and an optimal LQG-based approach, and compared to the command-driven with precedence. The performance of the control schemes is assessed through simulation using a new proposed assessment method.
Recent results in tilt control design and assessment of high-speed railway vehicles
2007-03-01
22 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Recent results in tilt control design and assessment of high-speed railway vehicles
British Library Online Contents | 2007
|Recent results in tilt control design and assessment of high-speed railway vehicles
Online Contents | 2007
|Recent results in tilt control design and assessment of high-speed railway vehicles
Tema Archiv | 2007
|Reduced-order robust tilt control design for high-speed railway vehicles
Kraftfahrwesen | 2008
|Reduced-order robust tilt control design for high-speed railway vehicles
Taylor & Francis Verlag | 2008
|