… a good combination of strength and ductility due to the TRIP effect. Ti–Nb–Zr ternary alloys
are all … For some of the other Ti–Zr–Nb alloys, the β phase is unstable against stress or strain …

… The Zr–Nb alloys consisting of mainly α′ phase showed high strength, moderate ductility,
and a … Zr–Nb alloys containing a larger volume of ω phase were found to be brittle and, thus, …

… [28] reported a series of Ti x ZrNb alloys with outstanding corrosion resistance in 3.5 wt% …
exhibiting yield strengths below 520 MPa. In this work, we first choose one Ti-rich Ti-Zr-Nb-Al …

… (MEAs) are characterized by high strength, low ductility and often high density due to … -Nb-Zr
medium-entropy alloys were constructed by adding different contents of Al to Ti 67 Nb 16 Zr …

… It is well known that an amorphous alloy possesses high strength combined with rather
good ductility. However, almost all the iron-based amorphous alloys become rapidly brittle on …

… Zr 42.5 Nb 5 Mo 5 Ta 5 exhibited the finest microstructure, as well as the highest tensile yield
strength … The theoretical calculation indicates that the high strength of Ti 42.5 Zr 42.5 Nb 5 …

… type as exemplified for Ni–Nb– Ti–Zr and Ni–Nb–Ti–Zr–(Co, Cu… ductile nature as demonstrated
by the distinct plastic elongation was obtained only for the Ni–Nb– Ti–Zr and Ni–Nb–Ti–Zr…

… All alloys were fractured in ductile manner with fracture strains larger than 25%. Ultimate
tensile strength of 835 MPa and superelastic recovery strain of 5.5% were obtained at room …

… -ductile transition for Ti-Zr-Nb-Ta MEAs, ie, when 15 at% of Ta in the equiatomic Ti 25 -Zr 25
-Nb 25 -… with both the tensile strength and ductility of Ti-Zr-Nb-Ta MEAs. In particular, a brittle-…

… a notable decrease in ductility and/or toughness … Zr–Nb alloys. According to the similarity
between two-phase (α + β) titanium alloys and dual Zr–Nb alloys, we infer that the DM in Zr–Nb …