Abstract
With the laws governing the statics of a bogie in a curved track as the starting point, the system of interdependent differential equations describing the impact process for a four-axle bogie vehicle running into a non-superelevated rail curve (points) at constant speed was drawn-up and solved on an analogue computer. The following quantities were varied:
angle of impact; guide spring rate;
lateral stiffness of coupling between bogies and vehicle body (length of cradle pendulums);
damping constant of cradle dampers.
The results of the calculation are illustrated with reference to practical measures with the aid of figures.
Get full access to this article
View all access options for this article.
