Self-sensing cementitious composites for structural health monitoring: recent advances and challenges and future prospects

Self-sensing cementitious composites for structural health monitoring: recent advances and challenges and future prospects

Structural health monitoring (SHM) (early detection of degradation, cracks, and damage) of civil engineering infrastructures plays a vital role in extending their service lifespans and decreasing maintenance costs. Thus, self-sensing cementitious composites have attracted significant attention in re...

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Veröffentlicht in:Measurement science & technology 2025-01, Vol.36 (1), p.12006
Hauptverfasser: Roshan, Mohammad Jawed, Correia, António Gomes, Fangueiro, Raul, Mendes, Paulo Mateus
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creator Roshan, Mohammad Jawed
Correia, António Gomes
Fangueiro, Raul
Mendes, Paulo Mateus
description Structural health monitoring (SHM) (early detection of degradation, cracks, and damage) of civil engineering infrastructures plays a vital role in extending their service lifespans and decreasing maintenance costs. Thus, self-sensing cementitious composites have attracted significant attention in recent years. However, application of self-sensing cementitious composites in SHM still faces several challenges. This review summarizes the latest advances in self-sensing cementitious composites. First, the components of self-sensing cementitious composites featuring matrix materials, conductive fillers (metal- and carbon-based), dispersion techniques for carbon-based conductive fillers, fabrication, measurement systems, and conductivity mechanisms are discussed. The electromechanical characteristics of self-sensing cementitious composites and challenges posed in their application are comprehensively and critically discussed.
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title Self-sensing cementitious composites for structural health monitoring: recent advances and challenges and future prospects
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