Reinforced concrete (RC) has been commonly used as a construction material for decades
due to its high compressive strength and moderate tensile strength. However, these two …

Experimental and theoretical investigations were carried out to evaluate the effects of
incorporating basalt fiber (BF) on the mechanical properties and microstructure of recycled …

Applied electric fields, the reason behind stray currents, accelerate the ingress of sulfate into
cementitious materials. To identify mitigation approaches, this study investigates the effects …

The development of self-heating concrete composites with stable electrical conductivity and
strong heating capability as well as high mechanical properties is the key for achieving …

This paper presents an experimental and theoretical study on the corrosion cracking
behavior of reinforced concrete under freeze-thaw cycles. Accelerated corrosion tests were …

Chloride-induced corrosion of ultra-high-performance fiber-reinforced concrete (UHPFRC)
inevitably affects structural durability. However, the process of multi-fiber corrosion and …

Micro-defects in UHPFRC, inevitably generated from the manufacturing to engineering
service stage, impact its durability under extreme service environments. However, relevant …

The incorporation of fiber reinforcement into concrete is not a new approach to improving its
ductility. In the past, research has generally focused on specific parameters, such as fiber …

The erosion factors including time, depth and environment factors are potential to cause
significant negative influence on the induction heating asphalt concrete. Therefore, this …

The chloride ion concentration distribution in coral aggregate concrete (CAC-CC) holds
significant importance for evaluating CAC performance, assessing rebar corrosion, and …