Engineering Physics Annotation << Back Research of influence of the structural elements nanomaterials sizes on their compaction features in the conditions of self-propagating high-temperature synthesis (SHS) L.S. Stelmakh, A.M. Stolin, D.A. Parshin On the basis of mathematical modeling SHS-compaction of refractory materials in a cylindrical compression mould influence of metal-sheaf nanostructure size on the basic characteristics of a material is investigated: density and heterogeneity of density on height of the sample, and the size of the defective layer, a received product. It is shown that initial heterogeneity of density on height of the sample disappears and despite on strong cooling of end faces of the sample, they are condensed to limiting density in all volume. Keywords: SHS – compaction, mathematical modelling, nonisothermic rheodynamic model, nanostructure. E-mail: stelm@ism.ac.ru