Abstract
Rubber composite materials consists of low molecular weight substances, high weight substances, particle-like, rod-like, flake-like reinforcing substances, and fibrous substances. They form complex high order structures and show non-linear composite effects.
In this paper we classified each substance according to its composite effect, and presented a way to predict non-linear composite effects in multiple phase composite materials.
In addition, assuming that fatigue and rupture of rubber composite materials are complex reactions consisted of six elementary reactions, we selected substances that controled fatigue and rupture phenomena and moreover we showed experimental examples about them.
