Achieving a superior synergy between strength and ductility of a novel metastable beta Ti alloy via tailoring deformation mechanisms

Key Points

• Achieving superior synergy, the alloy exhibits both increased strength and ductility under specific deformation mechanisms.
• Key evidence shows a marked improvement in strength and ductility ratios, enhancing material performance metrics.
• Analysis of deformation mechanisms reveals how tailored processing affects material properties in beta titanium alloys.
• This study highlights the potential for improved performance in applications that require high strength and flexibility, inviting future exploration.