The research aims to develop self-sensing cement composites (SSC) with various micro
carbon fiber (CF) concentrations (0.05%, 0.1%, 0.15%, 0.2%, and 0.25%) for application in …

This research aspires to develop a self-sensing cement composite (SSC) utilising hybrid
carbon fibre-graphite powder and carbon fibre-activated charcoal for structural health …

Abstract Self-Sensing Cement Composites (SSC) made from cementitious composites with
electrically conductive elements have many applications in structural health monitoring …

This research examines the electromechanical characteristics of self‐sensing cement
composite (SCC) containing activated charcoal (AC) at various concentrations (5%, 10 …

In this study, the electrical and piezoresistive properties of cement-based composites with
binary conductive fillers consisting of carbon nanofibers (CNFs) and recycled milled carbon …

Self-sensing cementitious composites have gathered particular interest as they can fulfil the
structural health monitoring demand in order to evaluate the condition of the structures and …

Self‐sensing composites are now becoming extremely attractive for the applications in civil
engineering structures in order to enhance the safety and service life. In the new generation …

The research focuses to develop and apply a self-sensing cementitious composite sensor
(SCS) employing hybrid steel fiber_graphite powder (SF_GP) and steel fiber_activated …

Carbon fibre (CF) is one of the most effective materials in improving the conductivity of the
composites by developing a conductive network within the matrix, which also enhanced the …

Self-sensing high ductility cementitious composite (HDCC) has unique advantages in
structural health monitoring. In this paper, the carbon fiber (CF) reinforced HDCC with the …