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 …

To explore the orientation evolution and interfacial characteristics under the β-phase region,
rolling deformation with different reduction ratios of 40–90% was carried out by hot-pressing …

In this paper, 7055 Al composites reinforced by Al 2 O 3 and ZrB 2 nanoparticles were
fabricated by in-situ reaction. The adhesion (Wad) of the ZrB 2/Al interface was 3.91 J/m 2 …

In this study, we report a novel approach to enhance strength and stiffness in titanium alloys
while maintaining ductility. We prepared a two-scale laminated structured titanium matrix …

High-temperature titanium alloys' thermal stability and creep resistance are significant
during service in high temperatures. This study systematically investigated the thermal …

The effect of TiB architecture on the high temperature performance of Ti-6.5 Al-2Zr-1Mo-1V-
0.5 Si (TA15+ Si) composites was investigated. Three types of composites were designed …

In this paper, the recrystallization mechanism of α phase, microstructure evolution and
tensile fracture behavior of in-situ (TiB w+ TiC p)/near-α titanium matrix composites have …

Titanium matrix composites prepared by laser powder bed fusion (LPBF) have received
extensive attention, but the research on their high-temperature performance was extremely …

The high temperature creep behavior of a near-α Ti–6Al–4Sn–4Zr-0.8 Mo–1Nb–1W-0.25 Si
alloy prepared by induction skull melting has been studied under the conditions of 625° C …

In situ composite manufacture is an approach to improve interfacial adhesion between
matrix and reinforcements, in which reinforcements are synthesized along composite …