Now showing items 1-3 of 3

    • Discussion on greening transportation roads by using non-metallic fiber asphalt concrete 

      Xianpeng, Wang; Kovshar, S. N. (БНТУ, 2025)
      Asphalt pavement has been widely used in road engineering, but the production of traditional asphalt concrete requires a large amount of high-quality minerals, asphalt and fuel. Therefore, the green transformation of traditional asphalt concrete has become a top priority. In order to promote the sustainable development of asphalt pavement and social energy, environment and ecology, ...
      2025-04-10
    • Enhancement of concrete durability with waterborne acrylic resin: a comprehensive review 

      Yu, Z.; Pei, Z.; Shaochun, L.; Xianpeng, W.; Kovshar, S. N.; Tsyganov, A. R. (БНТУ, 2026)
      As an environmentally friendly polymer material, water-based acrylic resin has shown significant application advantages in the fields of construction, coatings, and concrete in recent years due to its molecular properties of using water as a solvent Compared with traditional solvent based resins, water-based acrylic resins use water as the solvent and have a lower content of ...
      2026-05-13
    • Numerical Modeling and Simulation of Non-Metallic Fiber-Reinforced Concrete: Assessing the Structural Performance with Emphasis on Reeds and Coconut Shells 

      Wang, Xianpeng; Yu, Haoxuan; Jiao, Bo; Lv, Jundong; Kovshar, S. N.; Leonovich, S. N. (БНТУ, 2024)
      The optimization of mechanical performance through the use of fiber-reinforced polymer composites is achieved via META simulated experimental design, with a primary emphasis on enhancing the mechanical characteristics. Incorporating reeds and coconut shells, this approach aims for an optimal design that minimizes polymer usage while ensuring specified mechanical performance and ...
      2024-08-08