Abstract
Examples are considered of experimental dependences of the strength of two-phase inorganic materials on the shape and size of structural elements, and also dimensional parameters: the mean value of the free path and the mean distance between particles. The structural condition for achieving the maximum strength values for two-phase metallic, cermet, and ceramic materials with a high second phase content is established and substantiated by experiment. An approximate analysis of the dislocation structure of interphase boundaries is performed and their contribution to strengthening of two-phase materials with a dispersed and microlayered structure is demonstrated.
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