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Synopsis: The high temperature tensile deformation of a 0.16% carbon steel was studied over a wide range of strain rate from 18 sec-1 to 2.6 •~ 10-4 sec-1 in the austenite range. From the metallographic investigation of the specimens quenched by hydrogen gas instantaneously after deformation, it was observed that the structure rapidly deformed (ƒÃ=18 sec-1), which was very unstable at deformation temperature and underwent static recrystallization in less than 0.2 seconds, was retained to room temperature by the instantaneous

Effects of Strain, Strain Rate, and Temperature on the Hot Worked Structure of a 0.16% Carbon Steel