This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Life Cycle Design of Railways Rolling Stock
Annotation ability available
Sector:
Language:
English
Abstract
Rolling stock is an asset with a long life cycle which binds a lot of investment capital and brings about high operating costs.
A procedure has now been developed which makes it possible to portray i.e. „design” today's long-range effect on the entire life cycle of decisions which must be made today in regard to this investment capital. This „Life Cycle Design” is worked out via a formal system consisting of models and predictions. Its measure is the so-called „Life Cycle Cost”.
With the help of the Life Cycle Design various formal solutions can be found for current long-term problems. Based on this an optimal decision can then be made.
Recommended Content
Authors
Topic
Citation
Gruebler, G., "Life Cycle Design of Railways Rolling Stock," SAE Technical Paper 951869, 1995, https://doi.org/10.4271/951869.Also In
References
- Harvey G. Life Cycle Costing: a review of the technique Management Accounting 10 1976
- Blanchard B. Design and Manage Life Cycle Cost Portland 1978
- Technische Zuverlässigkeit Springer Verlag Berlin-Heidelberg-New-York 1977
- Warnecke Instandhaltung Verlag TÜV-Rheinland Köln 1981
- Fürnrohr M. Stochastische Modelle zur Prognose von Lebenszycluskosten komplexer Systeme München (Neubiberg) 1992
- Procedure for performing a failure mode effects and criticality analysis 1980 Military Standard US Department of Defence
- Reliability of systems, equipments and components 1979 British Standards Institution London
- Ascher H. Feingold H. Bad-as-old analysis of system failure data Annals of Assurance Science 1969
- Newton D.W. Walley D.M. Reliability analysis in railway engineering Fourth Euredata Conference 1983
- Borghagen L. Palsson L. Evaluation and improvements of Life Cycle Cost - Rapid trains, train communication systems an other cases Rail International 1985 2 137 145
- Ericsson G. Kjellsson U. Jönsson M. Organizing for High Availability Performance and Low Life Cycle Cost in the Swedish High Speed Train Project Proceedings from SRE-Symposium October 1988
- Michalski R.U. Schwenck G. Instandhaltung und Behandlung von ICE-Triebzügen 42 1991 12
- Solf W. Michalski R.U. Instandhaltung und Behandlung der ICE-Triebzüge im ICE-Heimat-BW Hamburg 39 1990
- Strandberg K. IEC 300: The Dependability Counterpart of ISO9000 Proceedings of the Annual Reliability and Maintainability Symposium IEEE New York 1991 463