Information Flows in Hydraulic Structures

The article discusses the theoretical aspects and practical implementation of the definition, identification and assessment of information flows and the content of information in the objects of hydraulic structures. The processes of the occurrence of possible additional internal volume surfaces and the transfer of information between them are described on the basis of general physical theories of the interaction of condensed matter, using a sequential analysis of the state of the emerging rubbing surfaces due to their dynamic interaction. For this purpose, objects of hydraulic structures, regardless of their classifications, were divided into naturally formed and artificially formed surfaces. The degrees of interaction between them were determined on the basis of a probabilistic approach to the energy states of surfaces. In this case, the fact that the surfaces have mainly two types of energy levels was taken into account. Energy levels are loosely coupled molecular energy levels and pronounced magnetic and electrical energy levels of electrons, atoms, molecules. The first relates to hard artificial surfaces, and the second to natural surfaces. In addition, the properties of the surfaces were associated with the homogeneity of the materials of the objects, which affects the activity of the emerging boundary layers. The proposed methodology determines the greatest probability of destruction resulting from the dynamic interaction of the surfaces of hydraulic objects using information technology. The article provides some examples of the use of modern information systems for organizing various work models based on the proposed methodology for some objects of hydraulic structures. The reliability of the achieved results of the application of the technique is supported by well-known mathematical laws.