Reconfiguration of microstructural defects and regulation of mechanical properties of Ti-43.5Al-4Nb-1Mo-0.1B alloy under novel electroshock treatment

Key Points

• Mechanical properties improved through novel electroshock treatment, enhancing alloy performance.
• Microstructural defects underwent significant reconfiguration, leading to better mechanical stability.
• Deployment of electroshock treatment showed marked effects in modifying alloy characteristics and resilience.
• Findings indicate potential advancements in engineering applications through optimized alloy treatment techniques.