Abstract
We study the influence of the tensile strain rate on the anisotropy of Young’s modulus, the yield strength, and damage coefficient of sheets of St1.03 12 low-carbon steel (0.06 % С, to 0.35 Mn, to 0.40 Si, and ~ 0.025 % S and P). It was established that, with increase in the strain rate from 0.0017 up to 5 mm/sec, texture transformations occur, Young’s modulus decreases, and, with decrease in the anisotropy of damages of the sheets, the yield strength and damage coefficient increase.
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