Systematic investigation on the dominant factor in the mechanical strengthening mechanism of the BCC phase in the FCC HEA matrix by using in-situ EBSD | Synapse
March 3, 2026
Systematic investigation on the dominant factor in the mechanical strengthening mechanism of the BCC phase in the FCC HEA matrix by using in-situ EBSD
Key Points
The bcc phase exhibits significant mechanical strengthening within an fcc matrix, indicating its structural importance.
Key findings reveal a correlation between increased hardness and specific deformation mechanisms within the material.
In-situ electron backscatter diffraction (EBSD) analysis provided crucial insights into grain boundary interactions and their effects.
Highlighting the significance of understanding these mechanisms may enable advancements in the design of high-entropy alloys.