… of manufacturing such complex components. In this study, four main additive manufacturing
processes for Ti alloy … ), wire arc additive manufacturing (WAAM), and cold spraying additive …

… This paper describes the state of the art of additive manufacturing of Titanium alloys … the
re-manufacturing vision that is only recently enabled by additive manufacturing methodologies. …

… 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…

… (LMD) additive manufacturing of large metallic components. In this paper, the grain morphology
evolution behaviors of laser deposited titanium alloy components were investigated via …

… in titanium processing through metal additive manufacturing … evolution of various titanium
alloys. By evaluating these factors … the diversity of metal additive manufacturing methods (L-PBF…

… 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 …

… expensive than Ti–6Al–4V, metastable β alloys could be … β-Ti alloys for additive manufacturing.
Research to date is split between the development of biocompatible, low modulus alloys …

… ], as well as using Ti-Ta alloy powder, which is promising for medical applications[… Another
metal additive manufacturing technique for producing complex parts from titanium alloy …

… of Ti alloys… Ti alloy, this article systematically reviews LAM Ti alloys with up-to-date information
on process, materials, and properties. Several feasible solutions to advance LAM Ti alloys …

… This study aims to conduct a comprehensive assessment of flows of Ti and Ti alloys together
with mass, energy and related emissions for CM and AM in automotive and aerospace …