Crack propagation in functionally graded materials containing micro cracks is investigated
using ordinary state-based Peridynamic theory. This study focuses on the dynamic fracture …

Pantographs are a special class of metamaterials that do not obey theories of first gradient
continua. In the present work, a pantographic metamaterial was 3D printed and subjected to …

Dynamic crack propagation assessment in functionally graded materials (FGMs) with micro-
cracks is accomplished using bond-based Peridynamics (PD). The dynamic fracture …

This study presents fully coupled ordinary state based peridynamic (PD) model for of
laminated composites. The formulation includes coupling of both thermal and mechanical …

The critical effect of micro level defects should be examined at macro level to better
understand the fracture behaviors of engineering materials. This study investigates the …

Peridynamic theory has been shown to possess the capabilities of describing phenomena
that theories based on partial differential equations are not capable of describing. These …

In this paper, we represent second-gradient internal work functionals in Lagrangian
(referential) and Eulerian (spatial) descriptions, and we deduce the corresponding …

An ordinary state-based peridynamic model is developed for transient fully coupled
thermoelastic problems. By adopting an integral form instead of spatial derivatives in the …

Fatigue assessment is one of the significant factors to be considered for estimating design
life of structures and structural reliability during operation. Especially, for welded structures …

This article presents a computational homogenization framework for viscoelastic composites
within the framework of non-ordinary state-based peridynamic theory. The motivation to …