Hardening of low-carbon, high-strength steel by deformation in the intercritical temperature range

The effect of deformation in the intercritical temperature range on the pha se composition, structure, and properties of low-alloy steel of type 08G6N2 MAF is considered. It is established that the deformation increases the sta bility of secondary retained austenite, provides a fibrous structure, and i mproves the mechanical proper ties of the steel. The special features of te xture formation under different deformation temperatures are described, and the role of the structural components in the evolution of mechanical prope rties is discussed.