Unravelling grain boundary network plasticity for high-performance alloys. This project aims to quantitatively unravel the coordinated plasticity of grain boundary networks in high-performance alloys

Description

Unravelling grain boundary network plasticity for high-performance alloys. This project aims to quantitatively unravel the coordinated plasticity of grain boundary networks in high-performance alloys and their impact on the exceptional mechanical properties, through in situ nanomechanical testing and theoretical modelling. The research will bring about new fundamental knowledge and innovative scientific framework to predict material behaviours, guiding the design of high-performance alloys with inherent defect architecture rather than extensive alloying. These advances will push the boundary of material properties through a more sustainable approach, directly contributing to Australia’s transition to a net zero future and delivering substantial economic benefits by supporting critical industrial applications.. Scheme: Discovery Early Career Researcher Award. Field: 4016 - Materials Engineering. Lead: Dr Qi Zhu