Near β titanium alloys with excellent properties are increasingly preferred for aerospace
structural applications, among which the alloys with in-situ precipitated silicides are …

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 …

Titanium alloys, with their impressive strength relative to their weight, resistance to corrosion,
and compatibility with biological systems, have found extensive applications in various …

In this work, ultra-high hardness of 598 HV of Ti–3Si-1.5 Fe–1Mo alloy was manufactured
via tailoring the in-situ Ti 5 Si 3 phases. The manipulation of solution and precipitation as …

The low-cost β-titanium alloys, Ti-Cr-Al-Si, have been designed by the addition of a
commercial Al-based die-cast alloy (ADC12, Al 87.38 Cu 0.95 Si 10.65 Mg 0.27 Zn 0.30 Fe …

The rare earth (RE) added Ti–Si alloys are potential candidates for lightweight structural
materials, especially in high-temperature fields, but up to now related fundamental …

A triple-microstructure with the precipitation of silicide along the α/β phase boundaries and α
2 phase in the Ti-5.8 Al-3Sn-5Zr-0.5 Mo-1.0 Nb-1.0 Ta-0.4 Si-0.2 Er alloy was prepared for …

Abstract A novel Ti-2Si-2Nb-2Fe-1Hf-1Ta-1W alloy consisting of α phase, retained β phase,
and submicron scale (TiHf) 5 Si 3 precipitates has been fabricated successfully. The …

This work presents a comprehensive study of the densification behavior, phase and
microstructure development, high temperature tensile performance of a novel near-α high …

The microstructural evolution with respect to the precipitation of silicides and ordered α 2
phase in near-α TA29 Ti alloy during thermal exposure at 650° C for different time has been …