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Textile-reinforced conductive cement composites for heating and sensing applications: Effects of the structure of the conductive layer and environmental conditions
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DOI：10.1016/j.cscm.2026.e06402.png)
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Abstract
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• Cement bonding pressure turns high-resistance fabric into a conductive layer (∼106–10 Ω). • ECCC conductivity can be predicted by determining nonwoven resistance under compression tests. • Parallel connections keep ΔR < 3 Ω under 10–37 °C and 35–75% RH. • Finite element simulations predict Joule heating with most deviations <5%. • ECCC de-ices a 5-cm ice layer 85 min faster and detects flexural damage.
Keywords:
Conductive cement
Conductive nonwoven fabric
Textile reinforced composite (TRC)
Joule heating
De-icing
Self-sensing
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