Abstract
The effects of shock loading on the Young’s modulus of alloy 2024 Al in two differently heat-treated conditions in the shock pressure range of 58–178 kbar were examined. It was found that while the effects of shock loading are to cause an increase on Young’s modulus at one heat-treated condition, the effects of shock loading are to cause a decrease in Young’s modulus in the other heat-treated condition. These seemingly opposite effects are explained in terms of the defect modulus theory of Mott and Friedel.
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