Railway vehicle dynamics involves modelling, simulating, and analysing the motion and
interaction of rail vehicles under external force, exhibiting numerous nonlinear behaviours …

This paper presents the results of bench-tests and calculations assessing the influence of
temperature on the performance of a two-pipe hydraulic shock absorber. The shock …

The prohibitive cost of acquiring data from full-scale train collision experiments limits the
applicability of data-driven machine learning methods in train collision simulation. Physics …

Modeling dynamic characteristics of an automotive shock absorber is a challenging task due
to its complex behavior. In the present paper, the nonparametric and hybrid approach is …

The paper presents issues related to the operation of hydraulic shock absorbers. The
primary objective was to determine the influence of temperature and the technical condition …

Due to the high-speed operation of modern rail vehicles and severe in-service environment
of their hydraulic dampers, it has become important to establish more practical and accurate …

To prevent the occurrence of the cavitation phenomenon in hydraulic shock absorber, the
production process of the cavitation during the recovery process of shock absorber is …

This article deals with the influence of the elastic-damping properties (energy losses) of tired
wheels on the results of the evaluation of the technical condition (dynamic properties) of …

The upcoming market introduction of highly automated driving functions and associated
requirements on reliability and safety require new tools for the virtual test coverage to lower …

The service life of a shock absorber is reduced mainly by thermal fatigue resulting from the
continuous vibration when driving on the road. Thermal failure mechanism and influence …