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Manufacturing defects, like voids/pores in the matrix and weak planes at the matrix-fiber interfaces, make the material softer and weaker. Implementing such initial damage into the computational model is critical for predicting the performance and the failure mode of the fiber-reinforced composite (FRCs). Previously, we introduced a new Intermediate Homogenization Peridynamic approach (IH-PD model) for failure in multiphase materials. We plan to apply this IH-PD model for the implementing of initial damage (provided by the SDM approach) and modeling of crack growth and coalescence, through full failure of FRCs. In this quarter, we have tested the new IH-PD model against existing experimental results for fracture in a Functional Graded Material (FGM) plate. In the next quarter, we will implement and test the new IH-PD model for anisotropic multiphase material, such as FRCs.