RATIONAL PROFILING OF LAYER-FIBROUS METAL-COMPOSITE PLATES BY EQUAL-DEFORMABILITY CRITERION UNDER CONDITIONS OF STEADY CREEP AND BENDING
A rational profiling problem of ring metal-composite plates with layer-fibrous structure working under conditions of long-duration loading and cross bending is formulated. As a criterion of rational design the requirement of equal-deformability of the binder on the face surfaces of the reinforced plate under conditions of steady creep is used. The iterative method of solution of such problems is developed. It is shown that the rational profiling of plates allows to save essentially the consumption of phase materials and to increase in times carrying capacity of a construction.