Abstract
1. A change in FCM temperature causes interphase stresses in it connected with the difference in thermal expansion coefficients of the fiber and matrix. In turn these stresses lead to plastic deformation of the matrix which is accompanied by development of local overstressed areas along the fiber-matrix interface. 2. Thermal cycling causes relaxation of residual stresses and simultaneously there is relaxation of local overstresses along the interface (reduction in elastic distortion energy) which leads to disturbance there of element integration.
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