Abstract
A computational finite-element model of TUK-84 is described. The expected results are presented for the parameters of the first five impacts on TUK-84 when it is dropped from a height of 9 m and data from calculations of the dynamical stress-strain state of the structure which correspond to the maximum stresses and strains in the vessel and cover under a prescribed action. The computational model of the container is described for the case where the container is dropped from a height onto a pin, and the boundary conditions and expected maximum flexing in the impact zone are shown.
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