Laser powder bed fusion (LPBF) additive manufacturing (AM) unavoidably generates
residual stresses due to sharp thermal gradients and the strong mechanical constraints of …

Printing overhang structures by laser-powder bed fusion (L-PBF) additive manufacturing
remains challenging due to warping distortion. This paper studies the warping formation of …

This work addresses the mesoscale conduction-based modelling of Powder Bed Fusion for
metallic materials. The forward Euler (explicit) time integration strategy is thoroughly …

A finite element–based thermomechanical modeling approach is developed in this study to
provide a prediction of the mesoscale melt pool behavior and part-scale properties for …

The current study evaluates the capabilities of electron-optical (ELO) in situ imaging with
respect to monitoring and prediction of manufacturing precision in electron beam powder …

Electron beam powder bed fusion (EB-PBF) is effective for producing complex geometrical
components with minimal residual stress because of elevated powder bed temperatures; …

Overhangs are usually inevitable in Additive Manufacturing (AM). Moreover, making their
downward surfaces reach higher accuracy after printing has an imperative impact on …

Since a few decades, the aircraft industry has shifted its preference for metal parts to titanium
and its alloys, such as the high-strength titanium grade 5 alloy. Because of titanium grade 5 …

The preparation of CuCrZr alloy parts by traditional material processing methods usually
requires solution and aging treatment to precipitate Cr phase to improve the mechanical …

While electron beam melting is used to produce near net shape parts, it is still important to
study geometrical defects since the final parts may include a serious change of geometry or …