… in the additive manufacturing of advanced Ti-based alloys. Based on the perspective of
alloy selection and design, the interplay between the AM process and alloy composition has …

… titanium and its alloys have proven to be outstanding due to their enhanced properties. The
β-titanium alloys … In contrast, the α and α+β titanium alloys are more utilized to fabricate parts …

… manufactured titanium alloys reported … -β titanium alloy grains made by additive manufacturing,
as shown in Fig. 1d. The grain-refining efficiency of the as-printed titanium–copper alloys …

… -net-shape and large-scale titanium alloy in recent years. This paper provides … titanium alloy
by employing WAAM as the deposition method. At first, the review introduces titanium alloys …

… titanium discuss the popular powder bed fusion method with the emphasis on the “workhorse”
titanium alloy—Ti… range of titanium alloys—near-α, β, and other α + β alloys beyond Ti-6Al-…

… a microCM Ti alloy through L-PBF by using a mixture of two commercial alloy powders: Ti-6Al-…
The choice of these two alloys is based on the following considerations. Ti64 by means of …

… grading began (ie resulting in the Ti single bond 6Al single bond 4V alloying with Cr and
C). … the role of alloy constitution on the CET during additive manufacturing of titanium alloys. …

… β-phase stabilizers for titanium are the common choices for alloying elements due to … β-Ti
alloys. In this article, an overview of the processing, microstructure, and properties of β-Ti alloys …

… Here we reveal that additive manufacturing can exploit thermal cycling and … titanium alloys,
which may be directly implemented in service. As demonstrated in a commercial titanium alloy…

… In summary, the solidification behavior and grain morphology of five ti-alloys fabricated
by laser additive manufacturing (LAM) under the same parameters are studied. The volume …