Fatigue analysis of concrete structures using AI with the introduction of fractal corrosion detection

Author:

Donenko V,Donenko I,Bobrakov A,Kulik M,Ivanenko D

Abstract

Abstract The article is devoted to the study of fatigue of concrete structures using modern artificial intelligence technologies. The main attention is paid to the use of machine vision for the fractal analysis of reinforced concrete structures. The article presents models optimized for operation in machine vision conditions, which makes it possible to detect signs of corrosion and fatigue with high accuracy and speed. A feature of the presented method is the use of a unique method of infinite fractal discrimination, which allows you to analyze the concrete structure in detail at the micro level. This method reveals unique features and heterogeneities in the structure of the material, which contributes to a more accurate prediction of its behavior under various influences. The application of this approach can become revolutionary in the field of diagnostics and maintenance of infrastructure facilities.

Publisher

IOP Publishing

Reference13 articles.

1. Fractal Analysis of Microstructures in Reinforced Concrete Structures;Donenko;Journal of Fractal Engineering,2020

2. Advancements in Fractal-Based Machine Vision for Concrete Materials;Donenko;Concrete Science Advances,2021

3. Structural Characterization of Concrete Using Fractal Analysis;Donenko;International Journal of Construction Materials,2019

4. Learning for Fatigue Damage Assessment of Concrete Structures using Image Analysis;Journal of Structural Engineering

5. Artificial Neural Networks for Predicting Fatigue Life of Reinforced Concrete Beams;Ferracuti;Materials and Structures,2019

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