… In this study, four thin-walled square components use the TC11 titanium alloy were
manufactured through hot-wire arc additive manufacturing (HWAAM), and the macrostructure, …

A new heat source model is proposed for the simulation of the temperature rises in the laser
deposition melting additive manufacturing process. The obtained temperature histories in …

… Titanium alloys are widely used in additive manufacturing, … and heat-treated Ti–6Al–2Zr–Mo–V
alloys. Our results show … additive manufactured multiphase alloys across length scales. …

… L-PBF has been used to manufacture aerospace parts from common metals such as steel,
Ni-based superalloys, Al alloys, and Ti alloys due to the improved surface quality of its final …

… Ti-1Al-8V-5Fe (Ti-185) and other Fe containing β -Ti alloys are attractive because of their high
strength and low cost. These alloys, … -containing titanium alloys for additive manufacturing. …

… Titanium and titanium alloys Ti and Ti alloys are of uttermost interest with regard to AM. Ti
combines broad industrial application in high performance parts with high machining costs and …

… The limitations and future research requirements of additive manufacturing αβ Ti alloy … this
article on the topic of additive manufacturing α-β Ti alloy components through SLM and LMD. …

… of titanium alloy scrap as initial raw material. Spheriodised powder manufacturing scheme
… At the first step titanium scrap was divided according to titanium alloy types, purified from …

… Ti and Ti alloys are widely used for various areas including … of Ti alloys, especially alloys
from the β group, have been developed for biomedical applications [4,5]. Although β-Ti alloys …

Rectangular plates of Ti–6Al–4V with extra low interstitial (ELI) were fabricated by layer-by-layer
deposition techniques that included electron beam melting (EBM) and laser beam …