Self-sensing cementitious composites can enable structures that are capable of carrying the
loads applied on them while monitoring their condition. Most of earlier research has focused …

Self-sensing smart cementitious materials can enable development of load carrying
structural systems with an intrinsic condition monitoring system. This paper discusses …

Self-sensing cement composites are widely used to monitor structural performance by
measuring its electrical resistivity/conductivity. Hence, this study examines the choice of …

In this study, the electrical and piezoresistive properties of cement-based composites with
binary conductive fillers consisting of carbon nanofibers (CNFs) and recycled milled carbon …

The transmission of signal values in self-sensing concrete allows us to precisely locate
damaged structures and prevent disasters. Currently, there are over ten functional materials …

Cementitious composites containing conductive functional fillers can achieve self-sensing
and continuous monitoring of the damages and cracks through piezoresistive characteristics …

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 …

Abstract Self-Sensing Cement Composites (SSC) made from cementitious composites with
electrically conductive elements have many applications in structural health monitoring …

This study presents the piezoresistive properties of a hybrid fiber-reinforced concrete
(HyFRC) for structural health monitoring. This HyFRC mixture incorporates micro PVA and …

Self-sensing cementitious composites have attracted substantial attention as a
multifunctional construction material for structural health monitoring (SHM). This study aimed …