Author(s)

Sujuan Li

Corresponding Author

Sujuan Li

Abstract

With the continuous expansion of urban road construction, performance requirements for pavement materials are increasingly stringent. High-performance pavement materials have become a key choice in modern municipal road construction due to their superior mechanical properties, durability, and environmental adaptability. This study analyzes the adaptability and durability of high-performance pavement materials in municipal road construction. It first categorizes common material types and summarizes their physical, chemical, and mechanical properties. Subsequently, it evaluates their adaptability under various construction conditions by considering environmental factors, construction techniques, and road structural compatibility. Finally, it systematically analyzes the long-term service performance of these materials through durability testing metrics, including rutting resistance, crack resistance, freeze-thaw resistance, and aging resistance. Results indicate that high-performance pavement materials demonstrate excellent adaptability and superior durability across diverse climates and construction conditions, effectively extending road service life and enhancing maintenance efficiency. This study provides theoretical foundations and practical references for selecting and optimizing high-performance pavement materials in municipal road construction.

Keywords

High-Performance Pavement Materials, Adaptability, Durability, Municipal Road Construction, Material Performance Analysis