Center for High Energy Forming
Quarterly Technical Progress Rept. No. 11
MARTIN MARIETTA AEROSPACE DENVER CO CENTER FOR HIGH ENERGY FORMING
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Strain gage data showing strain- and pressure-time histories versus charge stand-off during explosive deformation is given. The results show a decrease in strain rate with an increase in stand-off at constant charge weight. Recent results of a numerical solution for deformation and instability in the hydrostatic bulge test are presented. Summary information is presented for technology transfer mechanics of energy transfer and high velocity metal deformation electromagnetic forming strain rate effects the effect of explosive forming on the terminal properties of materials, and explosive welding.
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