Self-sensing refers to a structural material sensing itself. It is valuable for smart structures. It
is mainly achieved by measuring the electrical resistance of the structural material, as the …

This experimental research examines the electromechanical properties of hybrid cement-
mortar composites strengthened with different amounts of multi-walled carbon nanotubes …

The current paper presents the results of an experimental study of carbon nano-, micro-, and
hybrid-modified cementitious mortar to evaluate mechanical performance, energy …

Gypsum-based composites are recognized as environmentally friendly and efficient
materials suitable for modern construction. The mechanical properties of gypsum-based …

Computational approaches could provide a viable and cost-effective alternative to
expensive experiments for accurately evaluating the nonlinear constitutive behavior of …

This research presents the results of a study of carbon nano-and/or micro-modified cement
pastes composites and hybrid cement pastes reinforced with single-walled carbon …

As an intrinsically self-sensing material, carbon fibre concrete has promising applications in
structural health monitoring. Investigating the long-term stability of carbon fibre concrete in …

This study explores the potential of using basalt reinforced UHPC by incorporating
simultaneously self-cleaning and self-luminescent features, paving the way for sustainable …

This research presents the improvement effect and influence mechanism of nano-Al 2 O 3
(NA) and nano-SiO 2 (NS) on concrete performance from the macro and micro scales. The …

Microstructural characteristics and mechanical properties of nano-reinforced cementitious
mortar using multi-walled carbon nanotubes (MWCNTs), dispersed in an aqueous solution …