ABSTRACT
The choice of nanofragment cross-linked matrix, which required value of viscoelastic module (or it is inverse property pliability) is one of the main problems in development of high strength fiberglass product technology [1]. The value of strain properties of matrix assessment with known conditions of product service (e.g., temperature, load’s distribution, and period of time. and etc.) is only of formal nature, so long as the component of viscoelastic module or pliability momentary in legacy mathematical models such as spring-damper models, in equations of heredity’s theory, in approximate functions (particularly, Kolraush’s) is not attached to defined physical conditions of polymer mesh. Therefore, it was developed, new mathematical account of cross-linked polymers’ pliability, in which it is momentary of component reproduces local conformational mobility of polymeric meshe’s cross-site chains and can be determined experimentally in their glassy state.
