Abstract
This paper describes an extensive study on microstructural changes in thermomechanical process in 18Cr-8Ni and 9Cr-1Mo-V-Nb steels by computer simulation. Kinetics of recrystallization and grain growth, carbonitride precipitation and deformed structure formation are predicted by the models which are essentially identical to those employed for conventional structural steels. The computed microstructures show good agreement with the experimental results. The computer simulation method is considered to be effective to the optimization of chemistry and manufacturing process for alloy steels produced by thermomechanical control process.
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