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РецензированоEN2025

FACTORS AFFECTING THE DURABILITY OF MONOLITHIC ELEMENTS OF LOW-CARBON BUILDINGS UNDER OPERATING CONDITIONS

J.G. Rashidov (PhD in Technical Sciences, Associate Professor, Tashkent University of Architecture and Civil Engineering;) · B.D. Ruziev (Acting Head of the Architectural and Construction Department, JSC "BOSHTRANSLOYIHA" Main Design and Survey Institute for Transport)

Современные подходы и новые исследования в современной науке · 111-115 · 2025

Аннотация

The mechanisms of degradation of monolithic elements in low-carbon buildings—carbonation, reinforcement corrosion, fatigue damage, and crack formation—are analyzed. It is established that low-carbon concretes have different carbonation and moisture transport dynamics compared to conventional mixtures. The necessity of a comprehensive approach, integrating building physics methods and simplified finite element analysis for predicting the residual service life of structures, is substantiated.

Доказательный фрагмент

«The mechanisms of degradation of monolithic elements in low-carbon buildings—carbonation, reinforcement corrosion, fatigue damage, and crack formation—are analyzed.»

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The mechanisms of degradation of monolithic elements in low-carbon buildings—carbonation, reinforcement corrosion, fatigue damage, and crack formation—are analyzed. Полный текст публикации CiteX не хранит — доступ к первоисточнику открывается по DOI согласно лицензии издателя и выбранному плану.

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Ключевые слова
low-carbon concrete, durability, carbonation, reinforcement corrosion, moisture transport, cracking, building physics, finite element analysis.
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