The study investigated the corrosion resistance, corrosion micro-mechanisms, and the
uniaxial compression stress–strain constitutive relationship of high-performance concrete …

Infrastructures built on sulfate saline soil foundations in seasonal frozen regions are highly
susceptible to salt-frost heave damage and salt corrosion. To address this issue, a method …

Accurately obtaining the SO 4 2-content in concrete is a prerequisite for revealing
mechanism of sulfate attack, establishing model of sulfate attack, proposing durability design …

In chloride salt environments, the corrosion of steel reinforcements due to chloride ions
intrusion into concrete is the main cause of the durability failure of reinforced concrete …

In more accurately simulating the degradation process of cast-in-place concrete structures in
saline soil areas, this study prepared sulfate saline soil with varying sulfate concentrations …

Because polymer-modified mortar (PMM) exhibits a complex and diverse composition, there
is a complex nonlinear relationship between its mechanical properties and mix proportions …

The leakage phenomenon of subway trains in urban subway systems can accelerate the
erosion and damage of concrete structures, which has adverse effects on the safety and …

It is necessary to accurately, efficiently, and economically test SO 4 2-in cementitious
materials subjected to sulfate attack for the calculation of diffusion coefficient, estimating …

Sulfate soils often caused foundation settlement, uneven deformation, and ground cracking.
The distribution of sulfate-bearing soil is extensive, and effective stabilization of sulfate …

This study investigated quantitatively the mechanism of cement paste deterioration in
various sulfate-rich saline soils. The macro and micro deterioration results of cement pastes …