Reinforcement corrosion is the main factor that affects the durability of reinforced concrete
(RC) structures in corrosive environments. In this study, a bimetallic steel bar (BSB) …

In this work, a detailed three-dimensional (3D) nonlinear finite element model is developed
to study the response and predict the behavior of precast hybrid beam–column connection …

This article presents an extensive overview of state of the art in design and testing of design
for deconstruction concrete connections for concrete elements by reviewing and discussing …

Low-cycle fatigue life of Grade 300E and 500E reinforcing bars including the effect of
buckling is evaluated. Low-cycle fatigue tests are carried out on un-machined specimens …

Accelerated bridge construction (ABC) has become increasingly popular in the eyes of state
and federal transportation agencies because of its numerous advantages. To effectively …

The cyclic tests are referred to as the basis of the investigation of the hysteretic behaviors in
various loading histories. Regardless of the conventional loading protocols mainly on the …

Under severe disasters, the longitudinal rebars in the plastic hinge areas of concrete
structures are prone to sustain significant buckling and then suffer low-cycle fatigue, due to …

The prediction of the low-cycle fatigue life of bimetallic steel bars (BSBs) is essential to
promote the engineering application of BSBs. However, research on the low-cycle fatigue …

A comprehensive experimental study was carried out to examine the low-cycle fatigue
performance of ASTM A1035 Grade 690 rebars under cyclic-strain reversals with total strain …

The factory‐produced steel‐fiber reinforced polymer composite bar (SFCB) is a new kind of
reinforcement for concrete structures. The manufacturing technology of SFCB is presented …