METHOD OF ACOUSTIC-EMISSION STUDY OF THE INTERNAL STATE OF CEMENT STONE DURING ITS CHLORIDE CORROSION
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Abstract
In the work, acoustic emission (AE) signals arising as a result of imitation and growth of a corrosion defect on a cement stone sample in laboratory conditions are investigated. The objective of the study was to identify patterns of emission of acoustic emission signals depending on the mechanism of chloride corrosion of concrete. The obtained experimental data can serve as a basis for creating a criterion for the degree of danger of corrosion damage at concrete objects for various operational purposes.
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References
[Электронный ресурс]. – Режим доступа: https://yzgbkru.com/gazovaya-korroziya-betona.
Москвин, В.М. Коррозия бетона / В.М. Москвин. – М. : Госстройиздат, 1952. – 337 с.
Соколкин, А.В. Акустико-эмисионная диагностика коррозионно-механической повреждаемости объектов из низколегированной стали : автореф. дис. … канд. физ.-мат. наук / А.В. Соколкин. – Екатеринбург, 2003.
Сазонов, А.А. Выявление язвенной коррозии на промысловых трубопроводах методом акустической эмиссии / А.А. Сазонов, А.Н. Мисейко // Диагностика трубопроводов : тез. докл. 3-й междунар. конф. – М., 2001.
Журков, С.Н. Физические основы прочности / С.Н. Журков // Наука и человечество : междунар. ежегодник. – М. : АН СССР, 1973. – С. 177–193.
Ботяновский, Э.И. Влияние многократных механических нагрузок на физико-химические свойства тяжелого бетона / Э.И. Ботяновский, А.И. Бондарович // Проблемы современного бетона и железобетона, 2009. – Ч. 2 : Технология бетона. – С. 62–79.
Вернигорова, В.Н. Химия композиционных материалов на неорганических вяжущих / В.Н. Вернигорова, К.Н. Махамбетова, С.М. Саденко. – Пенза : ПГУАС, 2014. – 163 с.
Пахомова, Е.Г. Прочность изгибаемых железобетонных конструкций при коррозийных повреждениях : автореф. дис. … канд. техн. наук / Е.Г. Пахомова. – Орел, 2006.
Параметры сигналов акустической эмиссии и их применение при мониторинге состояния структуры бетона / Д.Н. Шабанов [и др.] // Вестник Полоцкого гос. ун-та. Серия F, Строительство. Прикладные науки. – 2019. – № 8. – С. 74–78.
Маринин, А.Н. Сопротивление железобетонных конструкций воздействию хлоридной коррозии и карбонизации / А.Н. Маринин, Р.Б. Гарибов, И.Г. Овчинников. – Саратов : Издат. центр «РАТА», 2008. – 296 с.
Mezenov, V. Tough call for coating / V. Mezenov, M. Golovnenkova // Bridge: design and engineering. – 2009. – № 55. – V. 15. – 64 p.
Aitcin P.-C. The Art and Science of Durable High-Performance Concrete / P.-C.Aitcin // Nelu Spiratos Symposium on Superplasticizers. – Bucharest, 2003. –June. – P. 69–88.
Di Maio A.A. Chloride profiles and diffusion coefficients in structures located in marine environments / A.A. Di Maio, L.J. Lima, L.P. Traversa // Structural Concrete. – 2004. – 5 № 1. – P. 1–4.
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