Carbon nanotube (CNT) has been increasingly used in concrete due to its good mechanical
properties and electrical conductivity. Scholars around the world have carried out in-depth …

Carbon nanotubes (CNT) as a functional filler can increase the electrical conductivity
property of concrete and thus provide intrinsic self-sensing properties with no need for …

Conductive carbon nanomaterials have been extensively developed for smart cementitious
composites to gain multifunctionalities (eg self-sensing, self-healing, self-heating, and …

Self-sensing concrete combines electrically conductive filler material and conventional
building material together, and is able to realise a sensing function that by measuring the …

Carbon nanotube (CNT) is one of the most commonly employed functional nanomaterials in
self-sensing cementitious composite due to its excellent stress sensitivity, high strength, and …

Electrically conductive cement-based composites doped with carbon nanotubes possess the
functional properties of being strain-and damage-sensitive, thus providing a cost-effective …

In this study, multifunctional cementitious composites with integrated self-sensing and
hydrophobicity capacities were developed and investigated using conductive graphene …

Electrically conductive cementitious composite (ECCC) possesses the functional properties
of high conductivity and strain/stress sensitivity, thus can be used as an electrical heater for …

The construction industry seeks innovative solutions like smart concrete. Traditional
concrete faces durability issues, environmental impact, and high rehabilitation costs. To …

Different dosages of carbon black (CB) were used to manufacture the cost-effective and
highly sensitive polypropylene (PP) fibre cement-based sensors in this paper. The …