Improving the room temperature (RT) strength/ductility and hot-working capacity based on
lamellar microstructures is of great significance for the practical application of TiAl alloys …

Designing a novel microstructure with higher strength-ductility than lamellar microstructure
(LM), which has been considered the most valuable engineering application in the service …

This paper summarizes our recent work on the effects of microstructural features on the
mechanical properties of TiAl alloys prepared by powder and ingot metallurgy. TiAl alloys …

Understanding how phase evolves from its parent phase is critical to control the transforming
microstructures and thus material performance. TiAl alloys exhibit lightweight and excellent …

A pre-deformation process was employed for a TiAl alloy via high-temperature torsion, in
which the stability of the constituent phases was tailored, resulting in enhanced hardening …

The objective of this study is to improve the mechanical properties by careful control of both
microstructure and alloy additions in two-phase TiAl alloys based on Ti-47Al-2Cr-2Nb (at%) …

Intermetallic γ-TiAl based alloys are promising materials for lightweight high-temperature
applications, but their limited room temperature ductility poses an obstacle to the exploitation …

Additively manufactured alloys undergo a rapid solidification process followed by thermal
cycles, which promotes the microstructures to return to equilibrium. The microstructural …

It is now well known that the room temperature tensile yield strength (σy), fracture strength
(σf), and ductility (δ) of TiAl alloys increase with decreasing the colony size (d) of the fully …

In recent years, additive manufacturing of titanium aluminide has become an attractive
research area. In order to improve microstructure and mechanical properties, element …