Abstract
A systemic approach to the processing of reinforced polymers into articles is outlined. The structuralstate parameter of the polymer matrix is introduced, and used to model mechanical phenomena, taking into account that the conversion fields are frontal for the whole technological cycle as a continuous process. By postulating the principles of temperature-time analogy and homogeneous equivalence, the problem is reduced to coupled boundary problems of thermokinetics and hereditary viscoelasticity.
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