Abstract
Peridynamic theory is an alternative theory of continuum mechanics that utilizes integral equations in place of problematic spatial derivatives in areas of material discontinuity. By doing so, specialized techniques required to correct for computational limitations are avoided and damage propagation and failure can be predicted. Two studies of carbon fiber reinforced plastic flat laminates with area impact damage and with central hole under a compressive load until failure are examined here. The peridynamic analysis of the structure is compared qualitatively and quantitatively against an equivalent test specimen from proprietary sources. The predicted failure loads as well as the failure modes are in close agreement with empirical observations. The study herein demonstrates the validity of using peridynamics in analyzing complex composite structures.