Abstract The adoption of Ti6Al4V-Selective laser melting (SLM) for direct manufacturing
remains challenging in terms of quality as the resulting microstructures, mechanical …

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 …

Enhanced levels of alloy print defects such as porosity are associated with the printing of
overhang structures by laser powder bed fusion (L-PBF). This study compared the …

Selective laser melting (SLM), a metal powder fusion additive manufacturing process, has
the potential to manufacture complex components for aerospace and biomedical implants …

This study investigates the influence of processing parameters, specifically laser power and
scan speed, on the melt pool characteristics of Ti-6Al-4V alloy during Powder Bed Fusion …

多激光束拼接成形的大尺寸粉末床激光熔融(Laser powder bed fusion, LPBF)
技术具有成形效率高, 成形尺寸大的特点, 可满足航空航天, 核电动力等领域大型复杂精密关键 …

Hybrid additive manufacturing combining bulk components from traditional manufacturing
route can overcome the size limitation in typical metal additive process. Investigating the …

This paper describes development of multi-layer deposition of Ti6Al4V added with 5 at% of
Cr, 5 at% of Ni, and 2.5 at% of each Cr and Ni by μ-plasma powder arc additive …

Functional metal parts with complicated geometry and internal features for the aerospace
and automotive industries can be created using the laser powder bed fusion additive …

Adoption of metal additive manufacturing for critical applications is a slow process due to the
costs of qualifying structural integrity and associated inspection challenges. In-situ …