Abstract
Metallic materials are reinforced by evenly distributed dispersed particles of various dispersities. We have studied deformations depending on the influence of ultrafine particles of the filler on the physical-mechanical properties and structure of the composite material. The 27.9% increase of modulus of elasticity and the limit of proportionality compared to that for a simple metal bond is explained by the formation of a strong adhesive bond at the interface due to the high specific surface and irregular particle shape which contribute to an increase in adhesion when filling irregularities by the liquid phase.
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