Reinforced concrete (RC) beams are widely applied in building structures, and fire
resistance performance becomes a focus of fire research with the high frequency of building …

Fire accidents will cause deterioration of the mechanical properties of steel and concrete,
which will affect the bond-slip behavior of the interface between steel and concrete. In this …

This research article presents a numerical investigation of full interior connections reinforced
with glass fiber reinforced polymer (GFRP) using the concrete damage plastic (CDP) model …

Bond strength deterioration between reinforcing bars and surrounding concrete is critical to
structural performance loss during a fire. However, available studies on the bond behavior …

(1) Background: to study the differences in flexural performance and failure characteristics of
spontaneous combustion gangue coarse aggregate concrete (SCGAC) laminated slabs and …

The bond performance between steel and concrete exposed to fire is influenced by many
factors, including the presence of an initial load before the temperature increase. To …

Purpose This review paper seeks to enhance knowledge of how pre-loading affects
reinforced concrete (RC) beams under fire. It investigates key factors like deflection and load …

The bond behavior and failure mechanisms of lap splices with multiple deformed rebars
were evaluated using a Three-Dimensional Rigid Body Spring Model (3D RBSM) with beam …

The mechanical response of reinforced concrete (RC) under the combined action of fire and
strain rate differs from that under static load and room temperature, which in turn affects the …

Fire and corrosion change the bond behavior and bearing capacity of marine concrete
structures, and the multi-hazard coupling mechanism is unclear. Therefore, this paper aims …