Accurate corrosion assessment of reinforced concrete (RC) structures is expected to
improve the service life and durability of structures. However, traditional evaluation methods …

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 …

This work aims to shed new light on the evolution of passivation and chloride-induced
corrosion behavior of a high-strength prestressing steel affected by stray current and silicate …

Numerical simulation is an effective research approach to assess the condition and predict
the remaining service life of process pipelines suffering corrosion hazards. This work …

Steel plate reinforcement method is widely used for strengthening shield tunnel, the types of
steel plate include semi-ring and full-ring, during metro operation the steel plate will be …

In urban railway tracks, the rails serve not only to guide the vehicle, but also as a return
conductor for the current the vehicle needs to run. If the rails are not properly insulated, stray …

Hydrogels are formed through the cross-linking of hydrophilic polymer chains within an
aqueous microenvironment. A novel synthesis strategy, UV-initiated frontal polymerization to …

The internal concentration of erosive substances in RC, ie, Cl− and CO 2, as well as the
external polarization conditions, ie, cathode protection and stray current, constitute the …

As the gradual emergence of alternating current (AC) electrified rail transit system in urban
areas, buried gas pipeline adjacent to the system will be seriously corroded by induced …

Mix proportion design has a significant influence on the durability of reinforced concrete
(RC). Conventional simple equations encounter challenges in effectively guiding the …