Abstract
The theoretical foundation for a finite element analysis of the response of a clamped aluminum cylinder subjected to a nuclear burst environment is outlined. This includes non-linear strain-displacement relations as well as a linear isotropic hardening elastoplastic material law which obeys the von Mises yield criterion. The means of dealing with the thermal and blast loads are discussed. Finally the results of a numerical response study are presented: these include displacements, velocities, accelerations as well as stresses.
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