DESIGN OF STRUCTURE AND PROPERTIES OF COMPOSITE MATERIALS WITH DISCRETE FIBERS

Abstract

The development of products made of composite materials (CM) is associated not only with shaping and heat treatment, but also with the formation of its structure and physical and mechanical characteristics performed at the design stage of the CM. Thus, the creation of parts from CM is a clear example of the embodiment of the trinity of material, design and technology, since the design and manufacturing processes also provide for the provision of the basic properties of the product material. The greatest efficiency of using KM is achieved by solving the problems of reducing metal consumption, eliminating thermal operations (energy consumption), increasing the characteristics of strength, durability and reliability (specific strength), reducing the weight of structures and increasing technological productivity in combination with the flexibility and versatility of the KM method,