Carbon-based conductive fillers have recently been incorporated into a cement matrix to
develop an intrinsic self-sensing concrete for data monitoring without the need for …

A novel cement-based sensors was developed with integrated self-sensing
superhydrophobicity, and self-cleaning functions in this paper. The synthesis was carried out …

Nanocarbon materials, such as carbon nanotubes (CNT), carbon nanofiber (CNTF), and
graphene, have been extensively utilized for the development of electrical conductive …

This research investigated the properties of modified cementitious composites including
water purification from heavy metal—zinc. A new method for characterizing the …

Cement composites with electrical properties are very important, especially for applications
in Structural Health Monitoring (SHM) through self-sensing. In some cases, noble materials …

The aim of this work involved comparing the effect graphite and shungite have on the
properties of dielectric elastomer-based materials. For this reason, dielectric elastomer …

The objective of this work was to obtain cement composites with low percolation thresholds,
which would reduce the cost of graphite and maintain good mechanical properties. For this …

This study explores self-sensing properties in carbon black (CB)-based cementitious
coatings, focusing on the influence of internal moisture on electrical measurements. Various …

Cement-based thermoelectric material can achieve conversion between waste heat and
electric energy, and thus be considered as potential candidates for green intelligent …

Structural health monitoring (SHM) techniques aim to detect and prevent failures in
constructions, although their use may require many sensors, which makes this technique …