To achieve multi-response prediction and reliability evaluation of complex structural system,
a high efficient and precision strategy, namely synchronous surrogate modeling-based …

Understanding hydration kinetics of cement composite incorporating calcined clay is crucial
in further progressing low-carbon binder designs. However, due to diversity of clays and …

Reinforced concrete (RC) structures deteriorate over time which affects their strength and
serviceability. To develop measures for protecting new RC structures against deterioration …

Reinforcement corrosion is one of the most frequent durability problems among ageing
concrete structures. Macrocell corrosion is greatly affected by both concrete properties and …

Corrosion assessment enables engineers to quickly discern the corrosion status of steel in
concrete structures. However, existing assessment methods mainly rely on a single-factor …

Reinforcement corrosion is an enduring durability issue essential to the designs and
maintenances of diverse offshore concrete structures. The corrosion propagation can be …

Chloride-induced corrosion in reinforced structures is complex, involving simultaneous
material aging and diverse uncertainties. To computationally interpret such a process, the …

Developments of binary, ternary, and even quaternary cementitious binder materials have
been widely recognised in research and practices to elevate the sustainability of modern …

Thin-shell artificial reef (AR) structures with spatial internal volumes have demonstrated
superior stock recruitment ability and material efficiency than many gravity-based reef …

Most of existing resilience models assume that system performances are continuous. In this
paper, we consider resilience modeling and analysis for multi-state systems, whose …