Purpose This paper aims to present a broad review of near-a titanium alloys for high-
temperature applications. Design/methodology/approach Following a brief introduction of …

Investigation about how to enhance the corrosion properties of Ti alloys is essential to their
actual applications in corrosive environments. Herein, the specific influences of Zr content …

Commonly used high-temperature near-alpha titanium alloys contain Al, Zr and Si as their
alloying elements. Significant losses of mechanical properties and cleavage mode failures …

Precipitates, including silicides and Ti 3 Al (α 2) phase, and alloying elements distribution in
a near α titanium alloy Ti65 (Ti-5.8 Al-4.0 Sn-3.5 Zr-0.5 Mo-0.3 Nb-1.0 Ta-0.4 Si-0.8 W-0.05 …

Abstract The γ-TiAl based Ti–Al–Mn–Nb alloys with different Nb additions were fabricated by
selective laser melting (SLM) on the TC4 substrate. The effects of Nb content on …

The microstructural evolution, oxidation resistance and mechanical properties of Ti-6.5 Al-
2Sn-4Hf-2Nb-based alloys with different contents of tungsten (W) additions ranging from 0 to …

To clarify the formation mechanism of titanium solid solution (Tiss) and its effect on the
microstructure, Ti–5Al–5Mo–5Cr–2Zr-xNb alloys are prepared by vacuum induction melting …

Isothermal compression with four different height reductions (0, 30%, 50% and 80%) and
subsequent heat treatment was applied to BT25 alloy. Microstructure evolution following …

Previous research has inadequately elucidated the influence of Nb addition on the tensile
properties and oxidation resistance of Ti-based alloys. Herein, the tensile properties and …

In this paper, we designed and prepared TiB w/Ti–Ti (Al) laminated composites consisting of
alternating layers of TiB w/Ti and Ti (Al), which were realized by using Al foils and TiB w/Ti …