Projects and Collaborations

Development/Processing of innovative alloys

• Description
  Study of high-entropy alloys, in particular FeCrNiMnCo, to propose “next-generation stainless steels” combining mechanical strength and exceptional magnetic properties.
• Expected results
  Development of innovative alloys for applications in the energy sector and heavy industry.
• Partners
  National and international industrial and academic stakeholders.

• Description
  Optimisation of the microstructural properties of alloys used in aeronautics through advanced processing methods.
• Partners
  Collaboration with industrial leaders in aeronautics and research laboratories.
• Expected results
  Improved high-temperature resistance and durability of aeronautical parts.

• Description
  Study of subsurface microstructures generated by processes such as machining, laser treatment and mechanical shot peening.
• Partners
  Metallurgy companies and analysis laboratories.
• Expected results
  Recommendations to optimise the durability of critical industrial components.

• Description
  Modelling the behaviour of metal alloys under complex thermomechanical conditions for industrial applications.
• Partners
  CEA and various European partners.
• Expected results
  Advanced simulation tools to predict and improve alloy performance in demanding environments.