The integration of self‐sensing ability and different functional properties of nanomaterials
into construction materials leads to smart and multifunctional cementitious sensor …

To mitigate the accelerated corrosion of blast furnace gas pipelines induced by severe
environmental conditions, this study has established an extensive high-throughput sensor …

Corrosion-induced optical fiber microbending is demonstrated within this article as an
efficient method for the design of sensors for the detection and localization of corrosion …

Accurate, cost-efficient and lightweight quantitative detection of steel wire corrosion in cable
is an unsolvable issue that puzzles researchers and bridge owners. This paper proposed a …

In this study, a piezoelectric active sensing-based time reversal method was investigated for
monitoring pipeline internal corrosion. An effective method that combines wavelet packet …

The segment dislocation at circumferential joints severely impacts on the structural safety of
shield tunnels during construction and operation. Especially for the underwater tunnel with a …

With superior mechanical strength and durability, ultra-high-performance concrete (UHPC)
is becoming an emerging material for resilient infrastructures. However, due to its high …

The detection of corrosion at early stages could increase the service life of metal-based
infrastructures in a cost-effective manner. Despite the recent progress in “smart” self …

This work aims to conduct the feasibility study of a smart functional strain-hardening
cementitious composites (SHCC) which integrates the strengthening function and self …

Pipeline risk assessment is crucial for pipeline safety management and operation. The aim
of this study is to develop a comprehensive assessment model that accurately evaluates …