This study presents a comprehensive exploration of Peridynamic (PD) theory, with a specific
focus on its theoretical foundations and practical implementations, including various PD …

A coupling approach of the isogeometric–meshfree method and the peridynamic method is
developed for static and dynamic crack propagation. The coupling approach exhibits …

Most of engineering structures and components are made of ductile materials, while fracture
mechanics tools have been mostly developed for brittle materials. This article investigates …

In order to describe the mechanical behavior of solids with arbitrary Poisson's ratio values,
an extended bond-based peridynamic (XBB-PD) model was developed in the authors' …

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 …

Numerically understanding the dynamic response of soft materials subject to high-speed
penetration is crucial for advancing transdermal delivery technologies and analyzing injuries …

Spontaneous formation and evolution of discontinuities in solid media still poses one of the
significant challenges in solid mechanics and computational mechanics. To facilitate …

The interaction between crack propagation and interfaces is one of the critical problems in
bimaterial systems. In this paper, interfacial and subinterfacial fracture behaviors are …

An unsolved challenge for successful simulations of rock-like materials is how to describe
the entire fracture process, including the transition from elasto-plastic to strain-softening …

The interaction between sulfate attack and damage in concrete exhibits a strong coupling
effect. As concrete primarily serves under compression, the presence of compression …