Méthodes et outils de la sûreté de fonctionnementSciences de l'Ingénieur 6 (MRI)

FISE MRI Semester 6 Common Core Machine translation

Methods and Tools for Reliability

Teaching unit Engineering Sciences 6 · M06T_SIN2

Course on Celene

10ECTS (EU)

2Coefficient

30:20Hours

Séquencement

Learning objectives

Provide the basis for the analysis of failure modes, their effect and criticality. Study the tools for qualification and quantification of the FMDS criteria of a system.

Prerequisites

Module	Teaching unit	Semester
Functional Analysis and Systems Reliability	Mathematics and Computer Science 5	S5

Program

Cindynical processes and qualitative and quantitative risk analysis. Preliminary Risk Analysis. Analysis of the Modes of Failure of their Effects and Criticalities. Risk modelling and fault tree analysis. Fides, calculation of failure rates.

    Project preparation

Assessment

1 final review coefficient 1 ( all authorized documents + calculator ) + 1 project report coefficient 1

References

G. Zwingelstein, "Safety of operation of complex industrial systems." Engineer Techniques.

Y. Mortureux,- "Failure Trees, Causes and Events.", Engineer Techniques.

N. Limnios, "Failure Trees", Hermes.

Mr Ridoux, "AMDEC", Engineer Techniques.
J. Faucher, "AMDEC Practices", Dunod.
F. Crawley, "Hazop : Guide to Best Practice", Elsevier.

Skills

Ref.	Verb	Description	Level
C1_2	justify	justify the results of an industrial system risk analysis	2
C1_2	implement	implementing risk analysis techniques according to the problem studied	3
C2_1	analyze	analyse FMDS performance of industrial systems	2