Abstract
The effects of different interphase properties on Young’s modulus, maximum stress concentration factor and stress distribution in glass bead-filled polycarbonate (GB/PC) and interphase-coated glass bead-filled polycarbonate (GB/INT/PC) have been investigated using the finite element method. A three-dimensional unit cell model has been built for modeling both two-phase and three-phase composites. The results from the predictive model allow the deduction of the optimum interphase properties for reduction of the stress concentration and minimization of the drop in elastic modulus of the resulting composites.
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