Development of the mathematical model of dynamic interaction in the vibrating technological equipment

Abstract

The article is devoted to the topical problem of choosing the main parameters of vibrating technological machines used in many technological processes, including the aviation industry. It is shown that the solution of this problem is complicated by the need to create a spatial structure of the vibrating field, which is found, for example, in the vibrating devices designed for oriented placement of rivets in the container (perforated glass) before anodizing, by reporting the last simultaneous vibrations in the vertical and horizontal planes. For the solution of this and similar problems the article offers the method of construction of the mathematical models reflecting features of dynamic interaction of a working environment with vibrating surfaces of technological machines, allowing to choose parameters of a vibrating field by means of structural mathematical modeling.