With increasing terrorist attacks in recent years, many researchers paid special attention to
investigate the responses and failure behaviors of reinforced concrete (RC) structures …

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 …

The in-depth investigation on the toughness and ductility strengthening mechanism by fibres
is essential to efficiently design geopolymer composites with high toughness and ductility …

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 …

Corrosion damage of steel reinforcement is detrimental to the load-carrying capacity of
reinforced concrete structures because it not only reduces the cross sectional area and …

Grooving methods (GM) have remarkably shown higher efficiency than Externally Bonded
Reinforcement (EBR) in anchoring the Fiber Reinforced Polymers (FRP) used for flexural …

The efficiency of fibre reinforced polymer (FRP) in strengthening the concrete structure
against blast loads is investigated for RC columns exposed to blast loads. It should be …

The study on dynamic shear behavior of fiber reinforced polymer (FRP)-concrete interface is
of great significance for the performance evaluation and design of FRP externally …

Interfacial bond behaviour among FRP and concrete is a crucial aspect in determining the
strengthening performance of FRP. A data-driven approach is proposed to automatically …

High performance cementitious composites with limited carbon emission and enhanced
dynamic mechanical property is prospective in developing eco-efficient concrete structures …