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

Element substitution by light, economic, and innoxious components has been a promising
strategy to improve the mechanical performances of Ti alloys. In this study, we develop a …

In this work, series of Ti matrix composites based on the Ti6Al4V-ZrB 2-(Si) system were
successfully fabricated through powder metallurgy. The room-temperature tensile strengths …

In order to better guide the design of layered metal matrix composites, the failure mechanism
of a kind of Ti based layered composite was investigated. The results showed that this …

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 …

To investigate the effect of hot rolling on laminated metal matrix composites, a kind of
Ti6Al4V–TiB/Ti6Al4V composite was fabricated through reaction hot pressing and hot …

In the present study, the in-situ TiB whisker was introduced into the Ti-Ni-Hf shape memory
alloy composite by the in-situ reaction of the Ti-Ni-Hf alloy powder and TiB 2 powders. The …

The long-lasting expectation “the hotter the engine, the better” calls for the development of
high-temperature metallic alloys. Although the high specific strengths of titanium alloys are …

In this study, the influences of thermal exposure on the microstructure and creep resistance
of matrix alloy and (TiB+ TiC+ Y 2 O 3)/α-Ti composites were systematically studied. The …

In present study, the creep behavior of (TiB+ TiC+ Y 2 O 3)/α-Ti composite with C-1 and C-2
microstructure were investigated with applied stress of 200 MPa and at 650–700° C. The …