New scenario for high temperature performance materials and and components
This workshop (which was held online) gathered some of the latest research and innovation in the field of materials and manufacturing processes for developing longer lasting components that withstand high temperatures and thermal cycles, in order to promote less a resource-consuming manufacturing industry.
Watch the workshop holding the following presentations:
- Refractory stainless steels chemical composition tuning for high temperature properties improvement. (AZTERLAN)
- High entropy alloys and superalloys existing alternatives for high temperature application (KTH, QUESTEK)
- LMD technology and its modelling as an alternative for differential layer application over standard substrates (CEIT, ESI)
Watch the workshop holding the following presentations:
- Refractory stainless steels chemical composition tuning for high temperature properties improvement. (AZTERLAN)
- High entropy alloys and superalloys existing alternatives for high temperature application (KTH, QUESTEK)
- LMD technology and its modelling as an alternative for differential layer application over standard substrates (CEIT, ESI)
Keywords:
Thermal fatigue, corrosion, creep, high entropy alloys, superalloys, refractory stainless steel, energy efficiency, waste reduction
This content has been created by HiperMAT project members.
HiperMAT project has been funded by the European Union under grant agreement 958196.
Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union. Neither the European Union nor the granting authority can be held responsible for them.