It is widely accepted that gas porosity and lack-of-fusion flaws can degrade both static and
dynamic mechanical performance of additively manufactured components, limiting the use …

Powder bed-based additive manufacturing technologies offer a big advantage in terms of
reusability of the powders over multiple cycles that result in cost savings. However, currently …

Porosity and high surface roughness can be detrimental to the mechanical performance of
laser powder bed fusion (LPBF) additive manufactured components, potentially resulting in …

Powder reuse is recognized as a key to industrialization of metal additive manufacturing
(AM), which necessitates that changes in the structural behavior of metal with reuse are …

Abstract As metal Additive Manufacturing (AM) becomes more widely adopted in the
aerospace and orthopedic industries, there is increasing demand to improve part quality and …

Abstract The Ti—6Al—4V (TC4) alloy powder and forged solid were diffusion bonded by hot
isostatic pressing (HIP) to fabricate a powder—solid part. The microstructure of the powder …

Welding of Titanium and its alloys is always a stimulating research area due to their special
weldability characteristics and extensive usage in various sectors including aerospace …

The drive to lower the cost of components made from titanium and titanium alloys has led to
the development of innovative processes for the production of powders and the …

A systematic review of factors affecting the viability of direct powder rolling (DPR) as a
process route for producing low-cost titanium metal strips was conducted by consolidating …

In the present investigation, the effect and role of plasma gas flow rate on the formation of
microstructure, weld defects and plasma modes during plasma arc welding of Ti6Al4V …