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5. Reliability-based maintenance (RBM) methods
5.1 Origins and applications
Reliability Centered Maintenance (RCM) was developed in the aerospace industry with the aim of guaranteeing the operational reliability of equipment at its design level, and preventing failures through preventive maintenance techniques. MBF focuses on identifying critical equipment whose failure could have serious consequences for the company's objectives (safety, availability, costs, maintainability, quality, etc.). In order to be able to select only critical equipment, the various international standards or best practices adopted in industrial sectors propose methods for assessing their criticality. This chapter presents methods that rely solely on the judgement of equipment experts. For further information on the MBF/RCM methodology, please refer to...
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Reliability-based maintenance (RBM) methods
Ishikawa method (cause-consequence-5M trees)
Bibliography
Websites
De JONG (H.H.), interesting Eurocontrol site on methods for identifying risks and their criticality http://www.nlr-atsi.nl/downloads/guidelines-for-the-identification-of-hazards.pdf
LINDQVIST (P.), NORDÄNGER (U.-K.), interesting site on e-Delphi methods
Standards and norms
- Evaluation Criteria for reliability-centered maintenance (RCM) Processes - SAE JA 1011 - 1999
- A Guide to the Reliability-Centered Maintenance (RCM) Standards - SAE JA 1002 - 2002
- Operator/Manufacturer Scheduled Maintenance Development, rev 2011 - ATA MSG-3 - 2011
- Dependability management –Part 3-11: Application guide – Reliability-based maintenance - CEI 60300-3-11 - 1999
- Reliability-centered...
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