Grain boundary engineering-induced grain refinement and texture evolution in FeNiCoCrTi high-entropy alloys

Key Points

• Grain refinement leads to improved mechanical properties, enhancing material strength and ductility.
• The texture evolution observed in the high-entropy alloys is marked by changes in the crystallographic orientation.
• Observational analysis across variable temperatures highlights the significance of grain boundary engineering in alloy performance.
• These findings suggest potential for optimizing high-entropy alloys in aerospace and automotive applications.