… -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 …

… moving away from Ti alloys containing toxic elements such as Ti–6Al–4V, and toward lower
… Ti-based alloys. The lower modulus Ti-alloys are usually typified by the β phase Ti alloys, …

… Metastable β-Ti alloys are attractive for additive manufacturing as they offer high strength …
However, during additive manufacturing processes thermal cycling associated with repetitive …

… additive manufacturing (via selective laser melting and electron beam melting) of titanium
alloys … of titanium alloys (CP-Ti, Ti-6Al-4V and Ti-24Nb-4Zr-8Sn) and their porous structures. …

… Selective Laser melting (SLM) is an additive manufacturing technology that uses laser as
a … on the qualification of a high performance titanium alloy as well as on the investigation of …

… different manufacturing technologies and technological innovations, additive manufacturing
… Several additive manufacturing based technologies exist, although the focus of this review is …

… 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. …

… On the contrary, additive manufacturing (AM) is an effective way to process titanium alloys as
… favorable, such as titanium. Cost effectiveness is also an important consideration for using …

… 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 …

… 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 …