This study introduces an innovative multifunctional cementitious-based geocomposite with
self-sensing and self-heating capability, generated for transportation infrastructural health …

Cementitious composites reinforced with conductive nanoparticles, also known as smart
composite-based sensors, are emerging as novel sensors for real-time monitoring of …

The utilization of self-sensing concrete for structural monitoring is currently a significant
research focus. This study involves fabricating self-sensing cement-based composites …

This study focuses on developing an electrically heated concrete panel system incorporating
carbon fiber (CF) and carbon nanotube (CNT) as electrical media. Properties of 8 different …

Cement-based sensors should exhibit accurate measurements of strain with high sensitivity
and reliability under various environmental conditions. The ability of such sensors to perform …

In this study, the novel aspect lies in investigating heat-generation stability expressed as
positive temperature coefficient (PTC) effects of self-heating cement under diverse …

The regular distribution of conductive networks in electrically conductive cement composites
(ECCC) continues to be a challenge. This study attempted to develop an ECCC with optimal …

Highways play a critical role in development plans worldwide, as they significantly impact
people's daily lives. Monitoring vehicle weights can enhance road lifespan, improve …

The present study investigates the electrical properties and electrical heating capability of
cementitious composites incorporated with carbon nanotube (CNT) and carbon fiber (CF) of …

The application of carbon fiber in cement matrix has some disadvantages, such as poor
dispersion and poor interfacial adhesion. In order to improve the interaction between carbon …