Master of Mechanics

Cursus  : Tribology and Surface Engineering

Additive Manufacturing (Ch. Desrayaud),
Durability I (Krzysztof Wolski),
Durability II (Cédric Bosch), 




1) Definition

  Surface engineering aims to investigate surface properties, morphology-structure-  chemical composition, in order to improve and to develop for industrial aplications.   More   specifically, it iconsists in optimizing surface properties regarding applied loads as   friction, wear, corrosion, heat transfer, etc …

 

2) Program

  This course is declined in 3 categories :

•About friction and wear of materials
•How to characterize surfaces
•Surface integrity

  A significant number of industrial applications or case studies are used to highlight the   related theory

3) Aims 

  For master student, this course aims to bring the fundamental concepts to optimize/measure surface properties in relation with sustainable development and mechanical design.


Program (18h):

1) About surface engineering (G. Kermouche)

  a) About surface properties and surface design

  b) About contact, friction and wear of materials

2) Surface characterization (G. Kermouche & F. Christien)

  a) Morphological characterization (G. Kermouche)

  b) Mechanical characterization (G. Kermouche)

  c) Structural characterization (F. Christien)

  d) Chemical characterization (F. Christien)

3) Materials and surface treatments (G. Kermouche)

  a) Notion of surface Integrity

  b) Surface Mechanical Treatments


Rating :

Oral presentation

•  Prepare a 10-15 minutes lesson on a topic dealing with tribology and surface characterization
•  October 19 08:15 – 11:30 am (K2-09)  

 

2) Written exam

•Common exam  - (50%) G. Kermouche, (50%) F. Christien
•G. Kermouche : Tribology, contact mechanics and surface characterization
•F. Christien : Surface physics and chemistry 
•On November 9th, 08:15 – 11:30 am (K2-09)



  • Dr. Maelig OLLIVIER
    • Lecture 1: 3h – Sept. 19, am
    • Lecture 2: 3h – Oct. 3, pm
  • Dr. Mathilde RIEU
    • Lecture 1: 3h – Sept. 26, am
    • Lecture 2: 3h – Oct. 3, am
  • 2 joint sessions: Surface functionalization meeting (M. Rieu / M. Ollivier)
    • J.S.1: 3h – Oct. 10, am → Work on scientific articles
    • J.S.2: 3h – Oct. 17, am → Surface functionalization meeting
  • Exam: 1h30min – Nov. 7, am