Reinforced concrete structures represent one of the most used structural systems in civil
construction, and their good behavior is guaranteed by the joint work of concrete and steel …

To reduce the life-cycle carbon emissions of cementitious composites, potential pathways
are to use more low-carbon raw materials, enhance the composites' performance and further …

The bond between FRP bars and concrete, the foremost performance for implementation of
such reinforcements to corrosion-free concrete structures, is still unsatisfied due to the weak …

The purposes of this study are (i) to evaluate the mechanical properties of triple hybrid-
reinforced concrete mixed with carbon nanotubes, nano-silica, and graphene oxide and (ii) …

Weak adhesion between layers heavily declined the mechanical behavior of the 3D printed
concrete. Six types of nails were inserted, screwed, and cast into the printable cementitious …

Oil shale residue concrete is prepared by utilizing oil shale semi-coke. It has advantages
such as low cost and a high solid waste utilization rate. The study of its bonding-slip …

Offshore structures serve in harsh environment here the combined effects of freeze-thaw
cycles and Cl− erosion severely degrade the bond performance between steel bars and …

Reinforcing bars are often embedded into cement mortar layers (bed joints and surface
bonded) of masonry structures to enhance their structural performance to various effects …

The interfacial bonding between steel fibers and Ultra-High Performance Concrete (UHPC)
matrix is pivotal for the mechanical properties in extreme environments. Herein, a surface …

Traditional concrete fulfills the mechanical requirements for marine infrastructures but lacks
durability. This study employed nano-engineering techniques to address the durability …