Mathematical model for calculating the deformation processes of textile shell technology

Using the method of causal relationships of the binary information theory, the dependency problems are solved, the main dependencies between the design parameters of the equipment, the physico-mechanical parameters of the feedstock and the desired product properties are established. Empirical dependencies are obtained regarding the nature and mechanism of relationships between factors for calculating the deformation processes of textile shell technology, which allowed us to construct a theory for controlling and predicting the behavior of the system. The evaluation methods and methods used in the work allow expanding the information database in relation to these indicators and use them in the manufacture of fabrics and yarns with desired properties.