High-temperature titanium alloys are one of the most important research directions in the
field of high-temperature aerospace alloys. They are mainly used in high-temperature …

The effect of deformation temperature on microstructure evolution and mechanical
properties of a near α titanium alloy during isothermal multiple die forging (IMDF) is …

Creep property of high-temperature titanium alloys is one of the most important indexes to
evaluate their high-temperature performance. The microstructure of titanium alloy materials …

The microstructure evolution, tensile properties, and strengthening mechanisms of a near-α
high-temperature titanium alloy with high Zr and Si content during isothermal multi …

Industrial design and new product development benefit from the adaptable processing
approach offered by laser direct energy deposition (LDED). In this paper, a novel Ti65 alloy …

In view of the good thermal insulation, good high-temperature phase stability, high thermal
expansion coefficients and ferroelastic transformation of YTaO 4 ceramics, which can be …

To investigate the precipitation behavior of silicide and evaluate the contribution of the
reinforcement phase to the properties of titanium matrix composites, a TiB-reinforced high …

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 …

The common problem of low strength-ductility matching prevails in near-α high-temperature
titanium matrix composites (TMCs). In this work, the design strategy of ultrafine grains and …

TiC is widely used as an ideal reinforcement to strengthen titanium matrix composites
(TMCs). The morphology, size and distribution of TiC and the interfacial structure of TiC-Ti …