Smart concrete technology provides a new alternative way for health monitoring of
reinforced concrete structures. In this paper, the piezoresistivity of two kinds of smart …

Self-sensing concrete has the capability to sense the conditions inside it and environmental
change including stress (or force), strain (or deformation), crack, damage, temperature, and …

In the recent years structural health monitoring (SHM) has gathered spectacular attention in
civil engineering applications. Application of such composites enable to improve the safety …

A type of embedded piezoresistive cement-based strain sensors (PCSS) is proposed for
monitoring local compressive strain of concrete structures. A four-pole arrangement of …

In this paper, cementitious sensors were fabricated with electrostatic self-assembled carbon
nanotubes (CNT)/nano carbon black (NCB) composite fillers, and embedded into concrete …

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

In this paper, self-sensing engineered cementitious composite (ECC) was prepared and
post-processed to obtain self-sensing ECC sensors. The sensor piezoresistive effect was …

Multifunctional self-sensing smart concrete can provide a structural health monitoring (SHM)
solution that is robust, reliable, and low-cost. Smart concrete, which includes coarse …

Smart concrete is a composite material that has several advantageous characteristics such
as electrical conductivity and electromagnetic shielding. It has broad application prospects …

Smart structures are made by embedding sensors, actuators, and controllers into the
structure during manufacture. Carbon fiber reinforced concrete (CFRC) can be used as both …