The limited plasticity and poor formability of TiAl alloys constitute primary constraints on their
widespread applicability. In this regard, an innovative forming method is proposed …

Coarse structure and composition segregation inevitably occurred in light-weight multi-
component alloys that manufactured by traditional methods due to the high concentration of …

To investigate effects of carbon addition on microstructural characteristics of rapidly
solidified TiAl alloys, Ti–43Al–6Nb-xC (x= 0, 0.5, 1.0 at.%) powders are produced by plasma …

This study synthesized and characterized the Ti-48Al-2Cr-2 Nb-based composite reinforced
by B 4 C addition, which was produced by spark plasma sintering. The grain size of …

The Al 2 O 3 coating on continuous TiNb fiber can effectively suppress the interfacial
reaction in TiNb f/TiAl composites. Some phase transitions in fiber have been founded and …

To promote element diffusion in the solid-liquid two-phase region, optimize solidification
microstructure, and improve the matching degree of strength and toughness, Ti–46Al–8Nb …

To reveal the refinement mechanism of Ti 2 AlC particle by in-situ Y 2 O 3 in the liquid region
and the improvement mechanisms of refined Ti 2 AlC in solid-state phase transformation …

The development of lightweight multi-component alloys (MCAs) with good strength plasticity
synergy faces a significant challenge, owing to the enormous number of potential …

Induction sintering as a rapid sintering method has been seldom investigated and reported
in the TiAl alloys. In this paper, the induction hot-pressing sintering was used to synthesize …

Dissimilar metal samples of TC4/TiAl were successfully prepared by laser additive
manufacturing (LAM) technology, with pure vanadium as the interlayer. The microstructure …