Developing fine-grained high-strength titanium (Ti) alloys by additive manufacturing has
boomed interest for both research and application. The eutectoid element addition has been …

Laser additive manufacturing (LAM) of titanium (Ti) alloys has emerged as a transformative
technology with vast potential across multiple industries. To recap the state of the art, Ti …

Understanding phase transformation behaviors and microstructural evolutions during
optimized post-heat treatments is essential for tuning the mechanical performances of …

Direct aging and solution-aging treatments were implemented on a laser powder bed fusion-
processed Ti-6Al-4V alloy to enhance its tribological performance. Dry sliding wear tests …

The α+ β forging is a key pass for the hot forging process of a Ti-2.5 Zr–2Al titanium alloy. In
this paper, the hot deformation mechanism of a Ti-2.5 Zr–2Al titanium alloy was obtained by …

Two-phase titanium alloy Ti–6Al–2Sn–4Zr–6Mo (TC19) has an excellent application
prospect in aerospace field. In order to study its hot deformation behavior and the …

The α+ β dual phase titanium alloys are key structural materials in aviation and aerospace
industries, and the complicated flow behavior of these titanium alloys during hot deformation …

The hot deformation behavior and microstructure evolution of TC17 alloy with lamellar and β
treated starting microstructures during stepped strain rate (20 s− 1+ 0.1 s− 1, 20 s− 1+ 1 s− 1 …

This study investigates the dynamic recrystallization (DRX) behavior, grain structure and
texture evolution of bimodal TC17 alloy during high strain rate (20 s− 1) hot compression at …

Abstract In this paper, Ti-5Al-2.5 Sn ELI α titanium alloy was prepared by laser powder bed
fusion. The effects of heat treatment and HIP process on the densification behavior …