水泥稳定基层路面作为我国代表性路面结构，在长期服役过程中难以避免出现性能下降和破损现象。受其材料自身特征和外部影响因素的影响，其破损模式和性能演变规律具有特殊性。因此，加强对水泥稳定基层路面的破损和处置研究，是选择其最佳养护时机的关键。本论坛围绕水泥稳定基层路面的破损模式、演变规律和处置方法展开深入研讨，旨在提高水泥稳定基层路面养护的精准性和科学性，推动我国道路养护行业的发展。

Cement stabilized base (CSB) road, a representative pavement structure in China, inevitably undergo performance degradation and damage over time. The unique performance degradation law and damage patterns are influenced by the inherent material characteristics and external factors. Therefore, enhancing research on the deterioration and repair of CSB road is crucial for optimizing maintenance timing. This forum focus on the performance degradation law, damage patterns, and repair method of CSB road, aiming to improve the precision and scientific of CSB road's maintenance and advance China's road maintenance industry.

议程1：主持人快速介绍与会专家、研究现状和热点问题。
议程2：RIOHTRACK环道水稳基层试验段研究进展议题研讨
议程3：基于大数据应用的路面养护评价与决策体系议题研讨
议程4：耐久性道路工程材料的研究与应用议题研讨
议程5：智能养护技术在水泥稳定基层路面中的应用与展望议题研讨
议程6：基于振动搅拌技术的水泥稳定碎石性能及应用研究议题研讨
议程7：高性能沥青路面结构及材料的最新研究进展议题研讨
议程8：路面材料及结构的性能评价与优化议题研讨
议程9：路面材料表征及仿真技术在水泥稳定基层路面养护中的应用议题研讨
议程10：结束语与未来展望

Agenda 1: The host will provide a brief introduction of the attending experts, review the current research status, and discuss prevalent issues.
Agenda 2: Discussion on the Topic of Research Progress in RIOHTRACK Circular Track Cement-Stabilized Based Pavement Experiment Sections.
Agenda 3: Discussion on the Topic of Road Maintenance Evaluation and Decision System Based on Big Data Applications.
Agenda 4: Discussion on the Topic of Research and Application of Durable Road Engineering Materials.
Agenda 5: Discussion on the Topic of Intelligent Maintenance Technologies in Cement-Stabilized Base Pavements: Applications and Prospects.
Agenda 6: Discussion on the Topic of Research on Cement-Stabilized Crushed Stone Performance and Applications Based on Vibration Mixing Technology.
Agenda 7: Discussion on the Topic of Latest Research Progress in High-Performance Asphalt Pavement Structure and Materials.
Agenda 8: Discussion on the Topic of Performance Evaluation and Optimization of Pavement Materials and Structures.
Agenda 9: Discussion on the Topic of Pavement Material Characterization and Simulation Technologies in the Maintenance of Cement-Stabilized Base Pavements.
Agenda 10: Closing Remarks and Future Outlook.

戴轩 胡予磊 胡哲