Ultra-lightweight, high ductility, high strength, and multi-functionality are recent development
trends in concrete. This study proposed a design concept of multifunctional ultra-lightweight …

Shrinkage control is needed to ensure an appropriate installation of cementitious sensors
used in the Structural Health Monitoring of concrete elements. However, the effects of …

The self-sensing ultra-high-performance concrete (UHPC) was developed in this study by
incorporating nano carbon black (CB) and carbon nanofiber (CNF) as additives into the …

Cementitious materials with self-sensing properties have been recently proposed for strain-
monitoring of civil structures. Although different methods have been used to install cement …

As an intrinsically self-sensing material, carbon fibre concrete has promising applications in
structural health monitoring. Investigating the long-term stability of carbon fibre concrete in …

Health and safety are relevant in transportation infrastructures. Most health evaluations are
performed by spot measurements using conventional transducers. This study aims to …

The high ductility of fire-resistive engineered cementitious composites (ECC) makes it
possess better cohesive performance than the traditional cement-based fireproof material …

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

The mechanical behavior of mortar joints directly affects the structural performance and
failure mechanisms of masonry. Since previous research did not evaluate the effects of …

Many challenges persist with traditional self-sensing cementitious composites, such as
selecting conductive fillers, determining optimal aspect ratios, controlling dosage, achieving …