Next-generation road concrete — integration of self-compacting and increased physical and mechanical resistance

It has been demonstrated that the creation of innovative concrete with an improved set of physical and mechanical properties is achieved by targeted manipulation of the concrete system using a complex chemical additive that simultaneously exhibits superplasticizing, stabilizing, and reactive properties. The creation of concrete for road surfaces characterized by increased strength and crack resistance from an early age to design values and beyond is achieved by selecting specific components when creating a complex chemical additive that influences the chemical processes within the concrete system, ensuring the formation of a strong concrete structure. It has been established that the addition of an air-entraining admixture to the modified concrete mixture enhances frost resistance, chemical resistance, and water resistance, resulting in concrete with high chemical resistance, increased strength, crack resistance, and frost resistance.

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Publication Details

Journal
Construction and Architecture
Published
2025-12-18
DOI
https://doi.org/10.29039/2308-0191-2025-13-4-c0025
Primary Topic
Structural mechanics and materials
Type
article
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article

Next-generation road concrete — integration of self-compacting and increased physical and mechanical resistance

Т. С. Титова, Irina Stepanova, Valentina Solovyova
Construction and Architecture
Structural mechanics and materials
article

Next-generation road concrete — integration of self-compacting and increased physical and mechanical resistance

Т. С. Титова, Irina Stepanova, Valentina Solovyova
article en

Abstract

It has been demonstrated that the creation of innovative concrete with an improved set of physical and mechanical properties is achieved by targeted manipulation of the concrete system using a complex chemical additive that simultaneously exhibits superplasticizing, stabilizing, and reactive properties. The creation of concrete for road surfaces characterized by increased strength and crack resistance from an early age to design values and beyond is achieved by selecting specific components when creating a complex chemical additive that influences the chemical processes within the concrete system, ensuring the formation of a strong concrete structure. It has been established that the addition of an air-entraining admixture to the modified concrete mixture enhances frost resistance, chemical resistance, and water resistance, resulting in concrete with high chemical resistance, increased strength, crack resistance, and frost resistance.

Construction and ArchitectureVol. 13(4)
Petersburg State Transport University (RU)
Sustainable cities and communities
Openalex Percentile: Top 48%
Structural mechanics and materials
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Next-generation road concrete — integration of self-compacting and increased physical and mechanical resistance — Т. С. Титова, Irina Stepanova, et al. · Construction and Architecture (2025) | TGRS Research Map | TGRS