Improving the performance characteristics of asphalt concrete through their modification

Enhancing the quality and service life of asphalt concrete in the design and construction of road pavements requires the adoption of new mix production methods and technologies, as well as the use of modifying additives to create a construction material with a comprehensive set of required properties. Introducing modifier additives into bitumen can qualitatively improve its characteristics; however, this often leads to a more complex process and increased cost of the final product. This paper proposes a new method for modifying the composition, which involves introducing the additive directly into the asphalt concrete mix rather than into the bitumen.

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Publication Details

Journal
Smart composite in construction
Published
2025-09-24
DOI
https://doi.org/10.52957/2782-1919-2025-6-3-48-61
Primary Topic
Structural mechanics and materials
Type
article
Field-Weighted Citation Impact
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article

Improving the performance characteristics of asphalt concrete through their modification

K.M. Ryabinina, Alexander Vikhrev, Galina Provatorova
Smart composite in construction
Structural mechanics and materials
article

Improving the performance characteristics of asphalt concrete through their modification

K.M. Ryabinina, Alexander Vikhrev, Galina Provatorova
article en

Abstract

Enhancing the quality and service life of asphalt concrete in the design and construction of road pavements requires the adoption of new mix production methods and technologies, as well as the use of modifying additives to create a construction material with a comprehensive set of required properties. Introducing modifier additives into bitumen can qualitatively improve its characteristics; however, this often leads to a more complex process and increased cost of the final product. This paper proposes a new method for modifying the composition, which involves introducing the additive directly into the asphalt concrete mix rather than into the bitumen.

Smart composite in constructionVol. 6(3)
Vladimir State University (RU)
Openalex Percentile: Top 80%
Structural mechanics and materials
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