The addition of conductive fibers to ordinary cementitious matrix permits to reduce its
electrical resistivity, and consequently create its self-sensing behavior. This guarantees to …

Self-sensing concrete, is created by including electrically conductive fibers in cement-based
materials. These fibers may help reduce electrical resistivity and develop a piezo resistive …

Smart concrete is a construction material designed to perform structural and self-sensing
roles simultaneously. Self-sensing behavior stems from the inclusion of conductive fibers …

Smart concrete is capable of self-assessing its state of stress and strain. It is produced by
tailoring the electrical conductivity of concrete with the addition of conductive materials such …

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 …

Self-sensing cementitious composites are a combination of conventional materials used in
the construction industry along with any type of electrically conductive filler material …

An experimental study was carried out to understand the electrical percolation thresholds of
different carbon-based nano-and micro-scale materials in cementitious composites. Multi …

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 …

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 …

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