NOVELA

Project idea

The NOVELA project aims at developing the next-generation high-performance light alloys (Al-alloys) that possess improved strength over current engineering light alloys while reducing the density. The replacement of heavy parts by the lightweight high-performance components reduces energy (fuel) consumption, and thus the carbon footprint in the many industries that are end-users of metallic parts; such as aerospace, automotive and household sectors, as intended end-users. Beside component design optimization, fulfilling the lightweight demand requires further development of advanced high-performance light alloys. Development of Al alloys as one of the most commonly used light alloys has been slowed down due to the limitations set by conventional alloy design routines. This feasibility research combines traditional alloy design routines with a ground-breaking alloy design strategy (high entropy alloys) to develop a new generation of Al-alloys.

The modified alloys designed and produced in this project are expected to possess improved specific strength (strength to density ratio), and structural stability compared to the existing light alloys at room and elevated temperatures, up to 250°C. Successful implementation of the project idea will contribute to the development of advanced high-performance alloy solution for harsh environment applications. This feasibility study is an excellent ground for further improvement in the technology readiness level (TRL) of the idea for the near future. It is expected to continue the research after the NOVELA project in order to increase the TRL level from 3-4 to 7-8 within the next 10 coming years.