Concrete is the most widely used man made material in the world. Reinforced with steel, it
forms a key enabler behind our rapidly urbanising built environment. Yet despite its ubiquity …

In this paper, an improved peridynamic model is established to characterize the bond-slip
behavior between ribbed steel rebar and concrete. An interfacial force term is introduced …

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 …

This study introduces a bond-based peridynamic (BB-PD) approach for analyzing concrete
structures under cyclic loading, with the aim of comprehensively addressing crack …

Surface crack patterns have been considered to determine the shear failure behavior of RC
beams but the effect of three-dimensional crack propagation on shear crack development …

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 …

This paper proposes a micromorphic peridynamic model (MPD) based on the micromorphic
theory and the bond-based peridynamic model (BBPD). In micromorphic theory, the material …

An ordinary state-based peridynamic (PD) model for predicting out-of-plane mechanical
behaviour of composite laminates has been proposed, in which three types of PD bonds are …

The study presents an improved peridynamic (PD) model for predicting the failure mode of
composite laminates without any limitation to fiber orientation. In order to describe the …

The post-peak behaviors of rocks significantly impact safety assessments and structural
designs in underground civil engineering. However, accurately quantifying these behaviors …