… implemented to understand grain evolution in AM. Grain evolution in multilayer depositions
… Results show strong correlation of scan patterns with evolving grain orientations. Variability …

… As this study focus on grain evolution at the mesoscale rather than the more challenging
and time-consuming solidification problem, the solute diffusion is neglected during the layer-by-…

… , grain penetration from the surface of the part or grain alignment … the final grain structure and
texture evolution is presented. … Powder based additive manufacturing (AM) is a technique of …

… Grain morphology control is a challenging issue for laser melting deposition (LMD) additive
manufacturing of large metallic components. In this paper, the grain morphology evolution …

… additive manufacturing are of interest due to their fine grain … is developed to simulate the
grain evolution of TiB 2 /316L … , and the influences on grain evolutions are comprehensively …

… evolution mechanism is required. To this end, this review explores the fundamental procedures
of additive manufacturing, that … to create fully equiaxed grains via additive manufacturing. …

… fundamentals of grain structure evolution during metal additive manufacturing. Cellular … the
grain structure, depending on a transient temperature field during the additive manufacturing …

… to model different problems in physics, eg, coarsening in grain structures or in foams. Potts
models to simulate grain evolution during AM are derived from the Potts Kinetic Monte Carlo (…

… This paper studies the effects of processing parameters on grain size in laser additive
manufacturing through experiments and reveals the mechanisms behind through numerical …

… developed to simulate grain evolutions during powder-bed-fusion (PBF) additive manufacturing,
while … theory, as well as the initial grain structures of powder particles and substrate. The …