This study is part of the global effort to develop precise and accurate mechanical testing
methodologies for metallic parts in as-built condition produced by powder-bed additive …

Due to its ease of processing, the stainless steel 316L is a widely used material for the laser
powder bed fusion (PBF-LB/M) process. Compared to other additive manufacturing …

Despite the attractive capabilities of additive manufacturing (AM) technology, the
industrialization of these processes remains very low. This is attributed to the complexes …

Additive manufacturing provides a unique possibility to manufacture parts with advanced
design and thin-walled structures. To explore thin-wall capacity, laser powder bed fusion …

Understanding the influence of process parameters and defect structure on the properties of
parts produced via laser powder bed fusion (L-PBF) is a fundamental step towards the …

This paper aims at an in-depth and comprehensive analysis of mechanical and
microstructural properties of AISI 316L austenitic stainless steel (W. Nr. 1.4404, CL20ES) …

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 …

The investigation of the various properties of components manufactured with Additive
Manufacturing (AM)-methods is important to realize the implementation of recycled metals …

This study investigates the microstructure and mechanical properties of 316L stainless steel
(316LSS) samples fabricated by additive manufacturing (AM), in order to optimise the …

A current trend in industry is towards individualized parts with high strength. Regarding
geometrical flexibility laserbased additive manufacturing processes like laser powder bed …