Des références de formations spécialisées ont été rassemblées :

• SteelMATTER
• aluMATTER
• site de l'IISI : "www.steeluniversity.org",
• Transmission Electron Microscopy (TEM)
• Solidification
• Diffraction

Les principales rubriques de ces 6 formations sont détaillées ci-dessous.

1) SteelMATTER 

http://www.matter.org.uk/steelmatter/  

The primary objective of this site is to help students understand the close interdependencies between the different stages of steel production and to show how the final properties can be controlled through composition, processing and microstructure.

• Underlying metallurgy   
  •  Strength
  •  Equilibrium Fe-C phase diagram
  •  Toughness
  •  Fe-C phase diagram: Lever rule
  •  Hardenability
  • Transformation diagrams
• Six stages of steel production  
  • Raw materials  
  • Steelmaking
  • Casting
  • Primary forming
  • Manufacturing, fabrication & finishing
  • Products & applications

2) aluMATTER

http://aluminium.matter.org.uk/content/html/eng/default.asp?CATID=&PAGEID=1

aluMATTER is a freely-accessible website that aims to provide innovative and interactive e-learning tools for aluminium science and technology. The site currently contains six modules covering some of the more fundamental aspects of aluminium metallurgy.

Authors and contributors are specialists from  Belgium, France, Germany, U.K., etc.

Quick Links:

• Machining
• Physical Properties
• Surface Properties
• Strengthening Mechanisms
• Softening Mechanisms
• Anisotropy

3) Site del'IISI : www.steeluniversity.org

"steeluniversity.org" is an on-line initiative by the International Iron and Steel Institute and is aimed at providing a comprehensive package of informative, advanced, sophisticated and highly interactive e-learning resources on steel technologies, covering all aspects of the steelmaking processes through to products, their applications and recycling.

These resources are intended for use by undergraduate and graduate students and their teachers and lecturers and also by employees, mainly at the graduate level, and their trainers in companies in the steel industry supply chain.

Exemples of contents:

• Steel Processing
• Ferrous Metallurgy
• Thermodynamics and Kinetics
• Secondary Steelmaking
• Deoxidation
• Decarburization
• Desulfurization
• Forming
• Steel Applications, Markets
• Automotive
• Selection and Design for Car Door Outer Panel
• Product Forms

4) Transmission Electron Microscopy (TEM)

http://www.matter.org.uk/tem/

• A. Electron Scattering
• B. Electron atom interactions
• C. Electron gun
• D. Diffraction at an aperture
• E. Resolution of 2 sources
• F. Probe size
• G. Lenses
• H. Depth of field and depth of focus
• I. Scanning/tilting alignment
• J. Condenser alignment
• K. Condenser astigmatism
• L. Dark field
• M. STEM images
• N. Astigmatism
• O. Rotations in the TEM
• P. Kikuchi lines

5) Solidification

http://www.matter.org.uk/solidification/

• Kinetics
• Redistribution,
• Cell dendrite and grain structure
• Eutectic

6) Diffraction

http://www.matter.org.uk/diffraction/

• Introduction to Diffraction
• Geometry of Diffraction
• Intensity of Diffraction
• X-ray Diffraction
• Electron Diffraction