… beam additive manufacturing (EBAM… phase field model is developed for microstructure
evolution of Ti–6Al–4V powder in EBAM process. FORTRAN code is used to solve the phase field …

… introduce a series of grain fields η s i in the solid phase, where each superscript i … phases,
we introduce a conserved phase field of ρ to represent the density. Here, we define the phase …

… phase-field model is developed to simulate grain evolutions during powder-bed-fusion (PBF)
additive manufacturing, … The phase-field model incorporates a nucleation model based on …

… to validate the phase-field modeling. When the calculation for the phase field and the
concentration field is finished, the morphology with the phase field and the concentration field …

… Phase-field methods are commonly used to simulate microstructural features, between …
or absence of some phase, hence “phase field.” The best available phase-field models for …

… additive manufacturing) has been particularly of interest in the rapid component manufacturing
and … the fixed values of G (10 5 K m −1 ) and α = 10 in the following phase field simulation. …

… Additive manufacturing of metallic alloys involves non-uniform temperature … phase-field
model for solidification and grain growth; (iii) sub-grain-scale phase-field model for β → α phase …

… Metal matrix composite parts fabricated by additive manufacturing are of interest due to
their fine grain structures and superior mechanical properties. In this study, a phase-field (PF) …

… Melting and solidification in metal-based additive manufacturing (AM) ultimately determine
… Using Ni-Nb as an analogue to Inconel 625, a phase field model was applied to predict the …

… In this study, the phase field method is applied to simulate the phase transformation of Ti-6Al-4V
from liquid phase to solid phase during solidification. The simulated results show the …