Based on a review of existing literature, this paper summarizes the research progress
pertaining to the bond–slip in reinforced concrete (RC) structures. Specifically, considering …

Geopolymer composites represent promising alternatives to ordinary Portland cement
materials, whose properties can be improved by mixing polyvinyl alcohol (PVA) fibers and …

This work presents a numerical method for damage analysis of reinforced concrete beams
using the higher-order beam theory based on Carrera unified formulation. The component …

Peridynamics has been increasingly used for the study of damage and failure behaviors of
reinforced concrete (RC) structures, eg, cracking, fragmentation, and interface debonding …

The bond behaviour between reinforcement and concrete is one of the critical factors that
govern the capacity of reinforced concrete (RC) structures as it ensures the composite action …

Precast segmental concrete column, as one of the prefabricated structures used to
accelerate the construction speed in the urban areas with heavy traffic, has been more and …

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 finite element (FE) model is used to simulate bond-zone behavior in a pullout test of a
single bar embedded in concrete. The proposed FE model treats both the concrete and …

The purpose of this paper is to study the bond behavior of steel reinforced recycled
aggregate concrete (SRRAC) structure, and to solve the problem that the bond behavior …

The effects of the steel bar direction, steel bar anchorage length, and incorporation of
recycled sand and fibre on the bond behaviour of 3D printed concrete specimens were …