https://doi.org/10.15255/KUI.2017.010
Published: Kem. Ind. 66 (5-6) (2017) 261–265
Paper reference number: KUI-10/2017
Paper type: Original scientific paper
Download paper:  PDF

Corrosion Detection of Reinforcement of Building Materials with Piezoelectric Sensors

J. Peng

Abstract

The extensive use of reinforced materials in the construction industry has raised increased concerns about their safety and durability, while corrosion detection of steel materials is becoming increasingly important. For the scientific management, timely repair and health monitoring of construction materials, as well as to ensure construction safety and prevent accidents, this paper investigates corrosion detection on construction materials based on piezoelectric sensors. At present, the commonly used corrosion detection methods include physical and electrochemical methods, but there are shortcomings such as large equipment area, low detection frequency, and complex operation. In this study an improved piezoelectric ultrasonic sensor was designed, which could not only detect the internal defects of buildings while not causing structural damage, but also realize continuous detection and enable qualitative and quantitative assessment. Corrosion detection of reinforced building materials with piezoelectric sensors is quick and accurate, which can find hidden dangers and provide a reliable basis for the safety of the buildings.

This work is licensed under a Creative Commons Attribution 4.0 International License

Keywords

building materials, reinforced concrete, piezoelectric sensor, corrosion detection, ultrasound