Calculated Prediction of Deformation−Operational Processes of Uniaxially Oriented Polymer Materials for Technical Purposes

The prediction of operational processes of oriented polymers has traditionally met with difficulties caused by the heterogeneity of the rheological structure of these materials. The broad use of oriented polymers in various technology sectors, from household polymers to coatings of space rockets and deep-sea apparatuses, is responsible for the need to develop modern methods for predicting with greater accuracy their functional properties, including deformation−relaxation processes. The development of new methods for predicting the functional properties of polymer materials is based on the need to design new innovative items based on materials with the required functionality and improved competitiveness.