… compressive residual stress surrounded by an outer layer of tensile stress [38,39]. Residual
stress … and compression loading imply additional microscale stresses that warp plastic strain …

… allows thermal behavior at the microscale to be applied on … , enables prediction of the residual
stresses at the track and part … residual stress measurement described in Residual Stress …

… of residual stresses and deformation at the microscale, that are highly relevant to material
behavior during additive manufacturing … As a demonstration case, we use H13 tool steel, which …

… distribution of six residual stress components along with six residual elastic strain, three
eigenstrain and three displacement components in CM 247 LC additive manufacturing part. The …

… additive manufacturing method laser powder bed fusion (L-PBF) is known to introduce large
residual stresses in the built … The alloy 316L is an austenitic stainless steel (SS) commonly …

… In addition, residual stress prediction requires consideration … grain orientation and defects
at microscale. Several efficient … for low-carbon steel and stainless steels. Thermal strain can be …

… Additive manufacturing (AM) has revolutionized many industries (Monzón … To find the
optimal alloyed depth while laser alloying martensitic AISI 422 stainless steel, Fatoba …

… technology in metal additive manufacturing. This … , residual stress-induced distortion, and
microstructural inspections on designed test artifacts for the benchmarking of 3D metal printers. …

… Additively manufactured 316L stainless steels display … This is associated with the micro-scale
cellular structure and … rates occurring during the additive manufacturing process. The …

… grain level residual stress measurements; however, the contribution of the microscale residual
… strategy during laser AM of 316 L stainless steel to largely reduce the macroscale residual …