抄録
Stress interactions occurring between dispersed dispersed inclusions in the composite material cause nonuniform as well as intense stress distributions in the matrix phase. The meso-local phenomena of nonlinear material characteristics caused by the local interaction will further cause with each other a secondary interaction between the multiple nonlinear material behaviors. In this paper, the damage and the phase transformation phenomena interfering with each other are investigated by FEM meso-mechanics analysis, and also the development of the macro constitutive modeling incorporating the both effects is attemped.
