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Study of phase transformations in complex phase steel using a mesoscale cellular automaton model Part II: Experiments and Validation
2020
Journal of Metallic Materials
A two-dimensional mesoscale model based on the concept of hybrid cellular automata was used to study phase transformations in a complex phase steel during continuous cooling. This model enables simulation of the decomposition of austenite into ferrite, bainite, and martensite, accompanied by calculations of volume and grain boundary diffusion of carbon. In effect, as a result, one can observe the morphology of simulated microstructures, corresponding carbon segregation as well as microhardness
doi:10.32730/imz.2657-747.20.3.3
fatcat:zgdsv4gecrgetmuiflpuafu6ka