Integrated approach based on non-destructive technique and numerical simulation for assessment of corrosion in bridge

Concrete degradation and steel corrosion in bridge elements are major concerns compromising its structural integrity. This paper presents the benefits of assessing corrosion in bridges with the use of an integrated approach based on half-cell potential (HCP) technique and numerical simulation. Visua...

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Published in:Journal of building pathology and rehabilitation 2022-12, Vol.7 (1), Article 29
Main Authors: Silva, Yvis J., Paulo, Renan N., Sousa, Israel N. L., Vieira, Mylene M., Mesquita, Esequiel F. T.
Format: Article
Language:English
Subjects:
Building Materials
Building Repair and Maintenance
Energy Efficiency
Engineering
Engineering Thermodynamics
Heat and Mass Transfer
Research Article
Structural Materials
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container_title Journal of building pathology and rehabilitation
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Paulo, Renan N.
Sousa, Israel N. L.
Vieira, Mylene M.
Mesquita, Esequiel F. T.
description Concrete degradation and steel corrosion in bridge elements are major concerns compromising its structural integrity. This paper presents the benefits of assessing corrosion in bridges with the use of an integrated approach based on half-cell potential (HCP) technique and numerical simulation. Visual inspection and half-cell potential tests were performed in the structural elements whereas the electrochemical potential of corrosion was modelled based on the finite element method. The numerical simulation of potential corrosion presented a good agreement with field tests results. The present study is particularly important for advancing the assessment of corrosion in concrete structures.
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subjects Building Materials
Building Repair and Maintenance
Energy Efficiency
Engineering
Engineering Thermodynamics
Heat and Mass Transfer
Research Article
Structural Materials
title Integrated approach based on non-destructive technique and numerical simulation for assessment of corrosion in bridge
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