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COMPARISON BETWEEN ORIENTATION-DEPENDENT STORED ENERGY OF COLD ROLLED AND STRESS RELIEVED INTERSTITIAL FREE STEEL

Quantitative information on the orientation-dependent stored energy in deformed and stress relieved states would greatly improve the understanding of the nature of release of stored energy during recrystallization. Neutron diffraction line broadening measurements were carried out on a composite spherical specimens made from the sheets of 80% cold-rolled and stress relieved interstitial free (IF) steel. The calculated stored energy distribution functions (SEDF) obtained from the line broadening data of both specimens are compared to explain the nature of stored energy release during stress relieving. From the results obtained, a decrease in overall stored energy is observed. The release of stored energy during stress relieving is a function of crystal orientation.