Rail vehicle suspension condition monitoring – approach and implementation
Open Access
- 15 February 2017
- journal article
- Published by JVE International Ltd. in Journal of Vibroengineering
- Vol. 19 (1), 487-501
- https://doi.org/10.21595/jve.2016.17072
Abstract
Rail vehicle suspension is responsible for providing proper running behavior and safety. In order to keep appropriate safety level, low wear of wheels and rails, and also regular transport services, it should be monitored. The paper deals with the problem of suspension fault detection by introducing methods implemented in rail and track monitoring system developed within the framework of the project: ‘MONIT – Monitoring of Technical State of Construction and Evaluation of its Lifespan’. The approach to suspension fault detection presented in the paper consists of three levels, especially the method based on the multidimensional analysis of acceleration signals statistical parameters.Keywords
This publication has 21 references indexed in Scilit:
- ToMFIR-based incipient fault detection and estimation for high-speed rail vehicle suspension systemJournal of the Franklin Institute, 2015
- Fault detection and isolation for a full-scale railway vehicle suspension with multiple Kalman filtersVehicle System Dynamics, 2014
- On fault isolation for rail vehicle suspension systemsVehicle System Dynamics, 2014
- Fault Detection of Vertical Dampers of Railway Vehicle Based on Phase Difference of VibrationsQuarterly Report of RTRI, 2013
- Rail Vehicle's Suspension Monitoring System - Analysis of Results Obtained in Tests of the PrototypeKey Engineering Materials, 2012
- Condition monitoring of rail vehicle suspensions based on changes in system dynamic interactionsVehicle System Dynamics, 2009
- A model-less technique for the fault detection of rail vehicle suspensionsVehicle System Dynamics, 2008
- Train DynamicsPublished by Elsevier BV ,1984
- Validation of Railway Vehicle System ModelsPublished by Elsevier BV ,1984
- A Fast Algorithm for the Simplified Theory of Rolling ContactVehicle System Dynamics, 1982