Abstract
As a result of the analysis of the application of numerical modeling in modern studies of the cumulation process, it is proposed to isolate the estimated parameters at the time of the formation of a shaped jet as an effective way to reduce the resource intensity of calculations. The numerical method is used to study the influence of the microstructure of the cumulative lining material on the efficiency of jet formation. The following parameters are proposed: the angle between the reduced velocity vector of the jet head and the charge axis γ, reflecting the efficiency of the deformation of the cumulative jet material, and the collapse angle of the cumulative lining γ′, reflecting the efficiency of the deformation of the cumulative jet material. The results of the calculation correlate with the known data obtained by other methods, and this confirms the prospects of the chosen direction of the research.
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