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

To evaluate the tensile behavior, microstructural evolution, and deformation mechanisms of
Ti-45Al-8Nb alloy additively manufactured by electron beam melting, uniaxial tensile …

The latest research on electron beam powder bed fusion (PBF-EB), additive manufacturing
(AM) process, reveals the possibility of establishing a dual microstructure and differing …

Combining the electromagnetic levitation (EML) method with materials processing
techniques (pressure die-casting and copper mold solidification), bulk Ti 44 Al 48 Nb 8 alloy …

In comparison with ordinary alloys, it is well-known that the high temperature flow curves of
lamellar TiAl alloys generally exhibit pronounced flow softening and sharp stress peak. In …

The deformation mechanism responsible for the high-cycle rotating bending fatigue of a high-
Nb TiAl alloy was investigated. Fatigue deformation in the γ phase was dominated by …

Advanced intermetallic TiAl alloys have attracted considerable attention as a high-
temperature structural material in aerospace and automobile sectors owing to their low …

According to a high-temperature compression test of rare earth magnesium alloy (WE43), a
strain-compensated constitutive model of the Arrhenius equation based on Zener-Hollomon …

The effect of the orientation relationship between γ and α2 phases on the mechanical
properties and microstructural evolution in duplex full lamellar TiAl alloys is investigated by …

Alpha titanium (α-Ti) is a promising material for making high-performance components for
applications in aerospace, marine, energy and healthcare fields. The excellent strength …