СОВРЕМЕННЫЕ МАТЕРИАЛЫ ЛЕТАТЕЛЬНЫХ АППАРАТОВ

Abstract

The modern world with its realities dictates more stringent requirements for mechanical engineering products, based on mutually beneficial scientific and technical cooperation, new innovative technologies for the production and processing of parts, 52 technological modernization and increasing production efficiency, environmental safety, as well as in order to improve the technical and operational characteristics and competitiveness of the manufactured products. However the process of mastering new innovative technologies for the production and processing of parts is often very slow due to both objective and subjective factors. It is important to note that the domestic engineering industry is mainly focused on the purchase of imported equipment and tools and very rarely on the introduction of new high-tech processes. In recent years, the development of mechanical engineering technology, along with the already traditional requirements set to the production of parts and components, is increasingly putting forward the condition for the environmental friendliness of their manufacture. The aviation industry, for landlocked countries with limited capabilities, is one of the foundations for ensuring the country's defense capability and exporting high-tech and expensive products. In this regard, it is of particular importance to improve the technical and operational characteristics and indicators, the quality of aviation products through the use of modern metallic and non-metallic materials, the development and implementation of new highly efficient and environmentally friendly technologies for their production and processing with relatively small capital investments. It should be noted that in recent years, thin-walled parts for various purposes have been widely used in the design of aircraft, and the use of new highly efficient technologies to improve their technical and operational characteristics is of great practical importance.