In this work, a new method was designed and developed to produce spherical Ti powder for
additive manufacturing (AM) process. In this method, copper was introduced to form Ti-Cu …

Abstract Spherical Ti-6Al-4V powder was produced by RF plasma spheroidization combined
with mechanical alloying and spray granulation. Particle size distribution, morphology …

Spray granulation was used to control morphology and particle size of raw materials for
spheroidization in this work. Effects of dispersant (PAA-NH 4 OH) addition, pH value and …

Although additive manufacturing is fast gaining traction in the industrial world as a reputable
manufacturing technique to complement traditional mechanical machining, it still has …

This research is on indentation testing (following ASME standards) of 3D printed Ti-6Al-4V
built by powder-based direct energy deposition technology. Ti-6Al-4V is attractive material …