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Abstract
The effects of shock-loading on Young's Modulus of 1018 carbon steel and the activation energy of recovery were studied. The shock pressures employed were 104 and 304 kbars respectively. The results are explained in terms of Mott's defect Modulus theory and the theory of ageing hardening. It was found that the activation energy of diffusion during recovery is different between the specimens shock-loaded to 104 and to 304 kbars. This difference in activation energies is attributed to the difference in vacancy concentrations.
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