… β Ti–7Mo–3Nb–3Cr–3Al alloy with enhanced mechanical properties, by introducing ∼28%
α precipitates … between strength and ductility in most metastable β-Ti alloys. The as-designed …

… of α precipitates [[5], [6], [7], [8]]. Therefore, turning the microstructures of α precipitates is a
critical factor for strengthening titanium alloys. A primary method to strengthen α + β titanium …

… Ti β - C Al β C Ti α C Al α C Sc β - C Al β C Sc α - Γ Al C Ti α C Sc β - C Ti β C Sc α C Al α C
Sc β - C Al β … , where α and β are the precipitate and matrix phases, respectively (Γ Ti is found …

… colour), and no remained β-phase (Ti-based solid solution with cubic crystal structure) was
observed. Figure2 shows XRD diffraction pattern of the alloy after HT and summarizes the …

… on typical precipitation-strengthened Cu-Ni-Si, Cu-Ti and Cu-Cr-Zr alloys, as well as the …
where ε ss is the mismatch strain caused by the lattice distortion of the adjacent solute; β is a …

… , precipitation-strengthened, dilute Al-based alloys alloyed with the Group 4 elements Ti and
Zr, … Most studies related to conventionally solidified Al-Ti alloys have focused on the thermal …

… –Cu) as a proxy for precipitation-strengthened Al alloys. Upon … ′-phase precipitates lead to
the precipitation strengthening in … transformation from the parent β phase in Ti alloys. Rather, …

… Similarly, a single-phase BCC alloy Hf 0.1 Nb 0.4 Ti 0.4 V 0.1 HEA decomposed into a β (BCC
1 ) and β * (BCC 2 ) arrangement by increasing the Hf (larger atomic radius) and V (…

… β phase. Furthermore, it also can sustain the Ti precipitate strengthening by retaining the Ti
precipitates in the interior of its grains and at grain boundaries in the form of CuSn 3 Ti 5 IMC …

… precipitates' overall diameters ranging from 100 to 500 nm for both FBB8-4 wt%Ti and FBB8-6
wt%Ti, or (ii) B2-NiAl sub-precipitates … mismatch between the β′ precipitates and the α-…