Abstract
The paper deals with the problem of improving the quality of the technological processes of permanent joints formation at rocket-space enterprises. In the course of the study, an analysis of modern technologies for the permanent joints formation of spacecraft elements at the enterprises of rocket-space industry in Russia was conducted, as a result of which the main problems were identified. The analysis made it possible to set the tasks of intellectualization of such production processes as induction soldering, electron-beam welding and diffusion welding. As an algorithmic solution to the assigned tasks, the use of modern intellectual methods is proposed, which allows solving the problem of control in the context of incomplete information on the parameters of the technological process, as well as its complete absence.
Highlights
Space technology is becoming more and more widespread in all areas of human activity
The implementation of experimental research The proposed approach is supposed to be tested when controlling the actual processes of spacecraft elements permanent connections forming
In the course of the study, an analysis of modern technologies for the formation of permanent joints of spacecraft elements at the enterprises of rocket-space industry in Russia was conducted, as a result of which the main problems were identified. The analysis made it possible to set the tasks of intellectualization of such production processes as induction soldering, electron-beam welding and diffusion welding
Summary
Space technology is becoming more and more widespread in all areas of human activity. At many production stages, more accurate and high-tech methods of diffusion and electron-beam welding, as well as induction soldering, are used. The method of diffusion welding is actively used in the production of the small-sized elements assemblies of spacecraft equipment, allowing to obtain durable welded joints.
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