Abstract Metal Additive Manufacturing (MAM) applications are growing rapidly in high-tech
industries such as biomedical and aerospace, and in many other industries including …

Despite the recent progress in additive manufacturing (AM) process and technology,
challenges in the repeatability and reproducibility of AM parts still hinders the adoption of …

Additive manufacturing is growing rapidly in the last decades due to the significant
development in the laser technology and metal powder manufacturing. It offers a way to …

The current study introduces a novel additive texturing method to fabricate samples with
dimple and groove textures through the laser-based powder bed fusion (PBF) technique …

In this study, the effect of as-built and heat-treated additively manufactured 316L stainless
steel at different temperatures was examined on the electrochemical corrosion performance …

The current study introduces the novel additive micro-texturing through the binder jetting
additive manufacturing technique to fabricate circular micro-textured stainless steel 316L …

Achieving good surface profile and low levels of porosity are prime challenges in the Laser-
Powder Bed Fusion (L-PBF) additive manufacturing technique. In order to optimise these …

The additive manufacturing (AM) of nitinol (NiTi) has gained considerable attention due to
the capability of this material and processing combination to produce complex structures …

This study deals with the fuzzy-based process optimization of 316L stainless steel
components manufactured by Laser Powder Bed Fusion for high-performance applications …

Background: The additive manufacturing technology made the topology optimization
technique feasible. This technique can indefinitely reduce the weight of the printed items …