fig3

Phase Lab: a cloud-native CALPHAD-to-data platform for accelerated alloy design and AI/ICME/MGE workflows

Figure 3. Validation of kinetic simulations regarding diffusion and phase transformations: (A) interdiffusion coefficients for the FCC phase in the binary Ni-Ti[50]; (B) composition profiles in the multicomponent Ni-Al-Co-Cr-Ta-Ti-W superalloy[51]; (C) temporal evolution of number density and (D) mean radius of γ′ precipitates in Ni-5.2Al-14.2Cr (at.%) alloy aged at 600 °C[41]; (E) TTT diagrams for 5140 steel (Fe-0.42C-0.68Mn-0.16Si-0.93Cr, wt.%)[53]; (F) TTT diagram for En36 carburized steel (Fe-0.7C-0.35Mn-0.16Si-3.24Ni-0.96Cr-0.06Mo, wt.%)[54]. FCC: Face-centered cubic; TTT: time-temperature-transformation.

Journal of Materials Informatics
ISSN 2770-372X (Online)
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