The research looks into the intricate world of titanium alloys, focusing on their mechanical behavior and microstructural evolution under various conditions. We examine phenomena such as lattice strain evolution and phase transformation during cyclic tension in Beta-3 Titanium alloy, as well as the influence of annealing on recoverable strain. 

• Evolution of Lattice Strain and Phase Transformation of ß III Ti Alloy During Room Temperature Cyclic Tension
• Influence of Short Time Anneal on Recoverable Strain of Beta III Titanium Alloy
• Influence of Sn on Martensitic Beta Ti Alloys
• <2 1 0> Texture in Two Cold-Drawn Beta Ti Alloys
• Discovery of a (210) Fiber Texture in Medical-Grade Metastable Beta Titanium Wire
• Mechanical and Microstructural Characterization of New Nickel-Free Low Modulus ß-Type Titanium Wires During Thermomechanical Treatments
• Deformation of Ti-Nb Alloy Continaing a"-martensite and omega phases
• Bend Moment Analysis Comparing Strand Annealed
• Stress-Induced Phase Transformation in a Ti-17Nb-1Cr Alloy
• Stress-Induced Phase Transformation and Room Temperature Aging in Ti-Nb-Fe Alloys
• A Ni-free β-Ti alloy with large and stable room temperature super-elasticity