Abstract:
In the framework of a two-component medium, the phenomenological approach is
used to develop a system of constitutive equations describing the thermomechanical behavior of
elastomers during curing. This model is designed to describe the stress-strain states in
the temperature range comprising the intervals of phase and relaxation transitions at lage strains within a rigorous termodinamical framework. The results of numerical experiments demonstrating the possibility of describing the characteristic properties of
deformation processes typical of elastomers are given.