In-situ EBSD investigation of the yield ratio reduction and ductility enhancement mechanisms in laser powder bed fusion Al–Fe–Cr–Ni–V high-entropy alloy | Synapse
March 3, 2026
In-situ EBSD investigation of the yield ratio reduction and ductility enhancement mechanisms in laser powder bed fusion Al–Fe–Cr–Ni–V high-entropy alloy
Key Points
Yield ratio reduction occurs alongside ductility enhancement in high-entropy alloys, indicating improved material performance.
Distinct mechanisms of ductility enhancement were observed using in-situ EBSD techniques during laser powder bed fusion.
Analysis involved assessing the structural changes in Al–Fe–Cr–Ni–V alloys via advanced imaging methods, highlighting crucial pathways.
Findings suggest that these enhancements may provide significant benefits for future applications in engineering and manufacturing.