This study summarizes the state-of-the-art research progress concerning the influence of
high-temperature exposure on the residual bond strength of steel rebar. Also, an …

The adverse impact of high temperatures on concrete is a well-recognized issue that can
lead to significant mechanical deterioration and structural integrity loss. Factors such as …

Ultrahigh-performance concrete (UHPC) is a new class of concrete, differentiated from
conventional concrete by clear distinctions in its material behaviors. Understanding and …

To evaluate the radiation-induced degradation of concrete, a rigid-body spring network
model is introduced that takes into account the three phases in concrete: mortar, aggregate …

This study investigates the deformation of free and stress of restrained alkali-activated slag
concrete (AASC), respectively, under semi-adiabatic condition. The concrete shows first …

The research reported in this paper investigates the coefficient of thermal contraction (CTE)
and coefficient of thermal expansion (CTE) of asphalt concrete (AC) under different …

This paper attempted to isolate variables that govern concrete spalling when exposed to a
hydrocarbon fire. The influence of specimen size was investigated by studying 4 specimen …

The thermal expansion coefficient and the microscopic thermal stresses of mature concrete
depend on its microstructural composition and the internal relative humidity. This …

This study intends to investigate the effect of copper slag (CS) on the hardened properties of
thermally damaged steel fiber-reinforced concrete. Two water-to-cement ratios of 0.5 and …

Concrete will expand after being heated at high temperature, and the thermal stress
generated will cause cracks inside the concrete, which seriously endangers the safety of …