Simulation of Brittle Materials Based on Ordinary State-based Peridynamics

Abstract We present a coupled model for brittle materials based on the ordinary state-based peridynamics. The peridynamics theory is suitable describing plastic incompressibility problem and has good application prospects in fracture damage simulation of materials. material with compressive load-bearing capacity greater than tensile characteristics incompressibility, which consistent scope mechanical behavior simulated analyzed using materials, validity verified finite element method. results show that can effectively capture displacement field distribution material, comparison consistent. Finally, crack extension analysis performed plate prefabricated defects, where cracks extend along defect location, bifurcate, finally penetrate upper lower surfaces material. predict expansion path provides new research idea