Abstract
Strain controlled cyclic deformation behaviour in a carbon–manganese steel has been studied using solid and thin walled tubular specimens. Both solid and tubular specimens were used for axial strain experiments, while only tubular specimens were used for shear strain experiments. Axial fatigue life in tubular specimens were lower than that in solid specimens. A probability density based analyses of hysteresis loop was employed to understand local yield level changes in solid/hollow specimens under axial or shear strain deformation. The observed difference in the local yield levels have been reasoned to the banded microstructure of the material.
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