Study Programme
2014 - 2015
Reliability, Availability, Maintainability and Safety of Industrial Equipment
- 1
- UmonsPdCEctsFileLangVariante
Code | Compulsory/Optional Course | Lecturer in Charge | Associate Lecturer | Substitute Lecturer |
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I-GMEC-032 | compulsory course | dehombreux pierre | - | - |
Language of instruction | Lecture (h.) | Exercises (h.) | Practicals (h.) | Remediation (h.) | Credits | Instruction Staggering period |
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Français | 21 | 0 | 0 | 0 | 2 | 1 |
Learning outcomes
understand RAMS : reliability, availability, maintenability and safety of mechanical systems (with the point of view of the designer); apply methodologies to measure and optimize the availability and performance of production lines (with the point of view of the process/production engineer); understand technological and organisational aspects of industrial maintenance, from corrective maintenance to intelligent maintenance.
Contribution to skills profile for civil engineers
Demonstrate expertise and versatility in the sciences and technology
Adopt an applied scientific approach
Implement solutions
Plan and carry out projects in engineering
Master scientific and technical communication
Be a critical, reflexive and independent professional
Be a responsible person, in step with the stakes of society
Content
maintenance organisation: CMMS, RCM (including FMEA), TPM, intelligent maintenance; maintenance policies (corrective, preventive, predictive); vibration analysis for fault detection; statistical reliability analysis (parametric models estimation); repairable and non repairable systems.
Teaching methods
Lecture courses
Seminars
Use of software
Case studies
Mode of delivery
Face to face
Main non reproducible aids
Not applicable
Complementary teaching aids
Complementary non reproducible teaching aids
Liliane Pintenlon, Frank Van Ouyvelde, Asset management. The maintenance perspective, Acco uitgeverij, 2013
Other recommended reading
Evaluations
1st examination session assessment and weighting
Oral examination with a theoretical part and an applied part (numerical solving of a problem with a written preparation and use of a computer). Maximum length: half-day.
Oral examination
BA1 resit examination assessment and weighting
Not applicable
N/A
2nd examination session assessment and weighting
Oral examination with a theoretical part and an applied part (numerical solving of a problem with a written preparation and use of a computer). Maximum length: half-day.
Oral examination
Article 79 assessment and weighting
Oral examination with a theoretical part and an applied part (numerical solving of a problem with a written preparation and use of a computer). Maximum length: half-day.
Oral examination
Pre-requisites
basic knowledge of mechanical terminology; basic knowledge of failure modes; basic probability and statistics (distribution functions, ...).
Recommended optional programme Components
Not applicable
Langue(s) d'évaluation
Français