… residual stresses. Wrought austenitic stainless steel products that have tensile residual
stresses … This indicates that the microscale residual stresses associated with the melt tracks are …

… In order to obtain quantitative comparisons at such localized regions, a microscale residual
stresses measurement technique had to be employed, in this case the Focused Ion Beam (…

… additively manufactured (AM) parts is not yet fully understood and has been attributed to
several different factors like microstructural defects, residual stresses… of AM stainless steel 316L, …

… made counterparts. Microstructural features like porosity, inclusions, residual stress, surface
… as passive film structure, the nature of residual stress, post heat treatment processes, and …

… are caused by macroscopic residual stress, which is originated from … There are many factors
which affect the residual stress related … The splashed liquid metal forms microscale solidified …

… -hardened stainless steel samples using recipes (… stress relief heat treatment of AM 316L
stainless steel at 650 C for 2 h does not affect the microstructure other than the residual stresses…

… Residual stress is truly an undesired characteristic in metal additive manufacturing (MAM) …
The structure of the sample on the microscale showed segregation of particles, which were …

… of additively manufactured parts and important factors for the residual stress formation. This
… by Laser Powder Bed Fusion (LPBF) of austenitic stainless steel 316L. The layers of the …

… of the inertness of the residual surface debris. When used for biomedical applications in-vivo,
there is potential for the residual surface particles and micro-scale debris to leach into the …

… Tensile residual stress forms in the longitudinal direction … fusion additive manufacturing these
residual stresses could be … of the residual stresses on macro- and micro-scale. Guo et al. [7…