Abstract: With the expansion of water conservancy projects and the increase in their service life, leakage issues have become increasingly prominent. Traditional anti-seepage reinforcement materials exhibit limitations in terms of durability, environmental adaptability, and construction convenience. To enhance the long-term safety and reliability of the projects, this study focuses on the application of novel materials in anti-seepage reinforcement for water conservancy projects, systematically analyzing their performance and mechanism of action. By combining laboratory tests with theoretical analysis, this study compares the impermeability, mechanical properties, durability, and interfacial bonding characteristics of typical novel materials such as polymer-modified cementitious composites, nano-permeable crystalline materials, and geosynthetic bentonite mats.
季鑫 Xin Ji (2025) studied this question.