9. Conclusion
Diagnosing industrial equipment failures and predicting their lifespan requires in-depth knowledge of the materials used in their manufacture. Feedback on the primary causes of equipment component failures shows that, in the vast majority of cases, they stem from failure mechanisms affecting their materials. Understanding material failure mechanisms involves mastering a number of disciplines: material structure, fracture mechanics, strength of materials, corrosion and ageing. Knowledge of these mechanisms is indispensable for preventing design-related failures, establishing post-mortem diagnostics and estimating residual service life or RUSL (remaining useful life) and DEFAD (estimated time to failure). The examples presented underline the complexity and need for feedback to anticipate and understand failure mechanisms. It is important to emphasize that expert input is indispensable for...
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Conclusion
Bibliography
Software tools
Granta Design 2019, CES EDUPACK (materials and processes education), [Software] Granta Design Ltd, Tour Part-Dieu, 129 Rue Servient, 69003 Lyon, France
Websites
CORROSION DOCTORS, American site dedicated to improving general knowledge of metal corrosion (page consulted on October 8, 2019)
https://www.corrosion-doctors.org
Le Livre Multimédia de la Corrosion de l'INSA Lyon (page consulted on October 8, 2019)
Standards and norms
- Machine monitoring and diagnostics – Prognosis – Part 1: General guidelines. - ISO 13381 - 2015
- Machine condition monitoring and diagnostics – Vocabulary. - ISO 13372 - 2012
- International electrotechnical vocabulary – Part 192: Dependability. - IEC 60050-192 - 2015
- Maintenance – Maintenance terminology. - NF EN 13306 - 2018
- Corrosion of metals and alloys –Key terms and definitions. - ISO...
Directory
Organizations – Federations – Associations (non-exhaustive list)
Center technique des industries mécaniques CETIM https://www.cetim.fr
Materials Center of Mines ParisTech http://www.mat.mines-paristech.fr
...
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