… , residual stresses, and porosity [10]. Additionally, optimizing orientation can lead to better
heat dissipation (higher cooling rate) and fluid flow characteristics, crucial for components in …

… treatment (stress relief heat treatment) of stainless steel, which … Micro-scale thermal
management model is shown in Figure 9… stress-relief because it releases some of the residual …

… inhomogeneous structures at the microscale may significantly influence the … residual stress
distributions with the manufacturing process and experimental tests, additively manufacturing…

… In this study, RS of two 316L stainless steel samples at a thin hollow joint have been … in
a numerical project called Exascale Additive Manufacturing (ExaAM). The philosophy of this …

… Specifically, microscale behaviors such as dislocation multiplication, annihilation, the … various
mechanistic problems in additively manufactured materials, including residual stresses [26]…

… Additive manufacturing (AM) has emerged in the last decade as one of the most investigated
manufacturing … -cycle fatigue applications where microscale residual stresses will strongly …

… residual stresses. Based on the results obtained in this research, it will be possible to select
better additive manufacturing parameters for manufacturing 316L stainless steel parts. The …

… ’ spot melt pattern on a 304 stainless steel base plate. This is … Residual stress measurements
directly adjacent to the cube void … All indicators of micro-scale porosity or cracking were …

… and the employment of additive manufacturing offers endless … the mechanical response of
316L stainless steel stents. They … heterogeneity, residual stresses, and additive manufacturing-…

… In this paper, austenitic stainless steel SS316L have been … Metal additive manufacturing
(MAM) consist of large … (MLE) determined from micro-scale simulation and mapped into large …