Optimization of polymer-sulfur asphalt concrete composition for high-temperature pavement applications
Alisher MamatmuminovIbragim SadikovRoad Engineering and Telecomatics , Tаshkent Stаte Trаnsport Univеrsity , Tаshkent , UzbekistаnYuriy VasilyevRoad Construction , Moscow Automobile and Road State Technical University , Moscow , RussiaElyor SottiqulovTashkent Research Institute of Chemical Technologies , Tаshkent , UzbekistаnBaxrom TovboyevJizzakh State Pedagogical UniversitySuxrob TilakovRoad Construction , Termez University of Engineering and Agrotechnologies , Termez , Uzbekistаn
2026en
ABI
Abstract
In this article, research was conducted on the selection and calculation of the composition of polymer-sulfur asphalt concrete resistant to high-temperature operating conditions. In addition, scientific research was conducted on the granulometric composition and physical and mechanical properties of crushed stone, sand, and mineral powder, which are considered mineral fillers in polymer-sulfur asphalt concrete. As a result of the test processes, 7 different compositions of polymer-sulfur asphalt concrete were developed. This made it possible to determine the physical and mechanical properties of polymer-sulfur asphalt concrete.
Identifiers
Citations and references
Cited by 011 references