The cryogenic treatment of near β Ti–5Al–5Mo–5V–3Cr–1Zr (Ti55531) alloy was conducted
using the liquid nitrogen refrigeration method. The microstructure and properties were …

Near-α high-temperature titanium alloys suffer from low ductility due to silicide and α 2 (Ti 3
Al) precipitates. This study explores how adjusting the Al/Zr ratio affects these precipitates …

In this study, the mechanism of thermal exposure on the mechanical properties of two Ti60
alloys with different micro-texture regions (MTRs) was systematically investigated through …

The creep behavior of TC11 titanium alloy prepared by electron beam directed energy
deposition (EB-DED) under various temperatures and stresses was investigated. The results …

Improving the high-temperature oxidation resistance of titanium alloys in air is a prerequisite
for extending their use in turbojet engines. A better understanding of the role of atmospheric …

In the continuous cooling process, the growth of the equiaxed α-phase grains in near-α high-
temperature titanium alloys is controlled by the diffusion of alloying elements. Establishing a …

The microstructural stability and property evolution of high-temperature titanium alloys under
long-term high-temperature conditions has been a critical scientific issue in the field of …

Ultrasonic impact treatment (UIT) was a surface mechanical strengthening process of metal
materials that had attracted more and more attention. In this paper, UIT and laser cladding …

In order to synchronize the oxidation resistance and room temperature fracture toughness of
Nb-Si based alloys to meet the development needs, the effects of Sc addition on …