This work proposes a non-destructive indentation (NDI)-based surrogate mechanical testing
framework for anisotropy and mechanical property evaluation of LPBF processed Inconel …

Although layer-based additive manufacturing methods such as laser powder bed fusion
(PBF-LB) offer an immense geometrical freedom in design, they are typically subject to a …

Process parameters in laser-based powder bed fusion (LBPF) play a vital role in the part
quality. In the current study, the influence of different novel scan strategies on residual …

Additively manufactured (AM) parts generally exhibit large columnar grains and a
preferential crystallographic texture. While this microstructure may have beneficial effects, for …

The manufacturability of metallic alloys using laser-based additive manufacturing methods
such as laser powder bed fusion has substantially improved within the last decade …

The microstructures of additively manufactured (AM) metal components have been shown to
be heterogeneous and spatially variable when compared to conventionally manufactured …

This study presents a detailed investigation into the deformation behaviour and the factors
affecting the strength and ductility of laser powder bed fusion (LPBF) Ni-based superalloy …

Purpose This study used an indentation-based mechanical testing framework for the
mechanical characterization of laser powder bed fusion (LPBF) processed Inconel 718 on a …

Having information about the impact of some parameters on the microstructure of parts
manufactured by the laser powder bed fusion process is considered among the serious …

This paper summarizes the assessment of directional anisotropy in local mechanical
properties for Laser Powder Bed Fusion (LPBF) IN-718 bulk samples via the use of …