When subjected to mechanical, thermal, or other loads, film–substrate systems may undergo
complex cracking behaviors, which encompass film and substrate cracking, interfacial …

This paper develops a numerical model based on two-parameter extended bond-based
peridynamics with a new bond-breakage criterion to simulate mixed-mode fracture in rock …

This work presents an extended ordinary state-based peridynamic model and approaches to
analyze the fracture behavior of composite materials considering interfacial failure. An …

A series of triaxial compression experiments and analyses were conducted out by using the
three-dimensional bond-based peridynamics (BB-PD) model to investigate the mechanical …

An automated procedure is proposed to calculate fracture initiation and propagation in two-
dimensional structures. The application uses and enriches the Hybrid Semi-Analytical …

The bond-based peridynamic (BB-PD) theory is inadequate in describing the four
independent engineering material constants of composite lamina, which results in fixed …

The paper presents a novel and efficient model to examine deformations and fractures in
solid plates when exposed to explosive blast events under various scenarios and boundary …

Engineering cement-based composite materials (ECC) are widely used for strengthening
concrete structures and resisting impact loads. However, the impact failure process of …

Peridynamics is a new approach to continuum mechanics. There has been rapid progress in
peridynamics research, especially in recent years. In this review study, recent advances in …

Cracking behavior investigation is very important in solid mechanics. In this study, a non-
uniform discretization bond-based peridynamic (NUD-BBPD) method is proposed to …