This paper investigates the shear strengthening of simply supported deep beams using
welded wire mesh and glass fiber mesh filled with strain-hardening cementitious composites …

This paper presents an experimental investigation on the compressive behavior of eco-
friendly concrete containing glass waste (GW) and recycled concrete aggregate (RCA). In all …

This study investigates the behavior of deep reinforced concrete beams with openings
strengthened using galvanized corrugated steel sheets (GCSS) and galvanized flat steel …

Unlike the conventional reinforced concrete (RC) slab-column connection, the punching
shear generated at the RC slab-to-steel column connection may lead to brittle punching …

This paper investigates experimentally and numerically structural performance of reinforced
concrete (RC) circular column under double curvature buckling moment. RC circular …

Reinforced concrete beam bridges are usually retrofitted by a steel plate or FRP. However,
these two methods tend to result in disadvantages, eg, construction complexity and …

Concrete-filled steel tube (CFST) columns are widely employed in high-rise buildings, long-
span bridges, and seismic-resistant structures due to their superior load-bearing capacity …

This study investigates an innovative approach to strengthening two-way reinforced
concrete (RC) slabs using ferrocement strips strategically placed instead of full layers across …

The bearing strength of concrete is an important design consideration for structural safety.
Base plates for columns are necessary in order to transfer forces to concrete supports. In …

Reinforced concrete (RC) columns are frequently strengthened due to the damage caused
by environmental exposure, changes in loading conditions, or seismic upgrading. This …