Journal of the American Ceramic Society · 2002 · 262 citations · 8 references
Natural SciencesCivil EngineeringMaterials ScienceBuilding MaterialsStructural EngineeringStructural MaterialsCementitious MaterialsComposite MaterialsConcrete MaterialsConcrete TechnologyPiezoelectric MaterialsPolymer CompositesCompatibility Of New MaterialsPiezoelectric CompositesPiezoelectric PropertiesPiezoelectric SensingPiezoelectric Sensor MaterialsPiezoelectric SensorsPortland CementPortland Cement Concrete
Smart civil engineering structures require new functional materials that are compatible with existing structural materials. The study aims to fabricate cement‑based 0‑3 piezoelectric composites using a normal mixing and spreading method. The composites were produced by normal mixing and spreading. They exhibit good compatibility with Portland cement concrete, slightly higher piezoelectric factor and electromechanical coefficient than polymer counterparts, and are suitable for sensor applications and civil engineering use.
To meet the requirements of development for smart or intelligent structures in civil engineering, new functional materials that have good compatibility with civil engineering structural materials are needed. In this study, for the first time in the field of piezoelectric materials, cement‐based 0‐3 piezoelectric (PZT) composites were fabricated by the normal mixing and spreading method. The new materials have very good compatibility with portland cement concrete. The cement‐based 0‐3 piezoelectric composites were shown to have a slightly higher piezoelectric factor and electromechanical coefficient than those of 0‐3 PZT/polymer composites with a similar content of PZT particles; thus, they are adequate for sensor application. There is potential for the application of cement‐based 0‐3 PZT composites in civil engineering because of their better piezoelectric properties and good compatibility with portland cement concrete.
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Ferroelectric Materials and their Applications
F. R. Cruickshank · Journal of Modern Optics · 1992 · 550 citations
Darryll J. Pines, Fu‐Kuo Chang · Journal of Intelligent Material Systems and Structures · 1998 · 109 citations