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Fiabilité, maintenabilité, disponibilité, sécurité ( FMDS )Sciences de l'Ingénieur 8 (MRI)
Reliability, Maintainability, Availability, Safety (FMDS)
Teaching unit Engineering Sciences 8 · M08T_SIN4
6ECTS (EU)
2Coefficient
21:20Hours
Séquencement
Learning objectives
Based on the definition and knowledge of the characteristic factors (Reliability, Maintenance, Availability) of an industrial process, define the field and main operating safety tools (SdF) Knowledge of the broad quantitative principles of the SdF studies. Develop the simplified process of obtaining feedback. Understanding the Markovian Approach
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Statistics and Random Processes | Mathematics and Computer Science 5 | S5 |
| Functional Analysis and Systems Reliability | Mathematics and Computer Science 5 | S5 |
Program
- Reminders on the tools of the SF
- Statistical reminders
- System reliability
- System architecture
- Classification of components
- Modelling the failure process
- Tub curve
- Growth in reliability
- Ageing - Sustainability
- Analysis of feedback
- Analysis of Weibull and Bayesian networks
- Markovian approach to the SdF
- Case Study: Problem-based Approach
Assessment
Calculator, course documents and authorized TDs.
References
- TO PAGÈS, M. GONDRAN, System reliability Eyrolles edition, 1980.
- AWAY, Safety of industrial systems, Reliability - Human factors - Computerization, Eyrolles edition, 1988.
- IEC61165 Application of Markov Techniques IEC 2006.
Skills
3| Ref. | Verb | Description | Level |
|---|---|---|---|
| C2_1 | recognize | the SdF characteristic(s) | 4 |
| C2_1 | solve | Know how to pose, develop and solve a problem of SdF in a systemic global approach | 4 |
| C3_2 | design | Design and implement appropriate actions contributing to process control (knowing, evaluating, measuring, controlling failures) | 4 |