Abstract
Main results of theoretical and experimental studies of the process of continuous forming of nanocrystalline powder materials based on copper and iron for making long-length articles with nanocrystalline structure are presented. The hypothesis of similarity of stress states in compressible and incompressible materials in the pressing channel is used to determine the stress distribution along the pressing channel. The equation of G. M. Zhdanovich with new boundary conditions is used to find the distribution of density in the material over the length of the pressing channel.
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