The use of fiber-reinforced polymer (FRP) composites using externally bonded
reinforcement (EBR) installation technique is an alternative to conventional retrofitting …

The ACI440. 2R and other codes advice that the concrete can reach the compressive strain
of 0.003 and there is no FRP debonding at the ultimate limit state of FRP-strengthened RC …

Fiber-reinforced polymer (FRP) ties can be used to provide tensile capacity to seismic-
deficient concrete diaphragms, but there are no existing research or design provisions and …

Existing reinforced concrete buildings frequently require shear-strengthening to ensure
structural integrity, and externally bonded carbon fiber-reinforced polymers (EB-CFRP) have …

Reinforced concrete (RC) walls can exhibit poor drift capacity and premature concrete
crushing if the compression region lacks sufficient confinement. Although fiber-reinforced …

Fiber-reinforced polymers (FRP) have been extensively used in external strengthening and
retrofitting of existing reinforced concrete (RC) structures. Beams strengthened with FRP …

A large number of parameters are involved in the behaviour of fibre reinforced polymers
(FRP) anchors, which make it difficult to estimate the anchors' contribution to the anchored …

Premature shear failure in reinforced concrete (RC) beam–column joints (BCJs) or at the top
of columns can significantly compromise a building's seismic response, leading to major …

FRP patch system can improve the tensile strength of anchor spikes and minimize the
impacts of critical parameters. Then, the anchored FRP system can further develop the …

Spike anchors are one of the most promising techniques to prevent or delay debonding in
FRP reinforcement sheets. There are several parameters affecting the anchors' capacity …