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 …

The construction industry is currently facing the great challenge of applying sustainable
materials with suitable mechanical properties and durability performance. Among the …

The sensing ability induced by carbon nanomaterials has attracted considerable attention in
the scientific community for use in cement and concrete. However, the application of carbon …

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

The electrical, mechanical properties, and piezoresistive performances of intrinsic graphene
nanoplate (GNP)/cementitious composites were investigated after subjected to impact load …

Carbon fibre reinforced cement-based sensors offer a potential low-cost and high-
performance alternative to externally applied sensors for health monitoring of concrete …

Cement-based sensors, widely used in monitoring the health of various structural elements,
are constantly exposed to different environmental conditions, especially a wide range of …

In this study, the feasibility of utilizing calcined petroleum coke (CPC) as a conductive filler
was investigated. A method to develop self-sensing high-performance ultra-lightweight …

Today, the desired intelligent civil engineering structures urge the development of high-
performance smart structural materials. Self-sensing ultra-high performance concrete …

Sensing concrete has the capability to sense its condition and environmental changes,
including stress (or force), strain (or deformation), crack, damage, temperature, and humidity …