SS 20
本专题聚焦灾害作用下工程结构的风险评估、韧性提升与可持续发展前沿问题，紧扣结构可靠性、不确定性量化、结构动力学等核心研究方向。围绕地震、强风等典型灾害工况，探究结构灾变机理、风险识别与量化评估方法，着力开展结构韧性评价体系构建、韧性增强技术研发，兼顾工程服役全生命周期的安全、耐久与低碳可持续需求。专题旨在汇聚国内外相关领域专家学者，交流结构灾害防护、风险管控、韧性设计及可持续工程应用的最新理论、方法与工程实践成果，探讨行业发展痛点与未来研究趋势，为提升工程结构防灾减灾能力、推动土木工程绿色可持续高质量发展提供学术交流与思想碰撞平台。
This special session focuses on the frontier issues of structural risk assessment, resilience improvement and sustainable development of engineering structures under disaster loads, closely combining core research directions such as structural reliability, uncertainty quantification and structural dynamics. Taking typical disaster conditions including earthquakes and strong winds as the research background, it explores the structural disaster mechanism, risk identification and quantitative evaluation methods, and devotes to the construction of structural resilience evaluation system and the research and development of resilience enhancement technologies, while meeting the safety, durability and low-carbon sustainability demands of engineering structures in the whole life cycle. It aims to gather domestic and international experts and scholars to exchange the latest theories, methods and engineering practical achievements in structural disaster prevention, risk control, resilience design and sustainable engineering application, and discuss industry challenges and future research trends, providing an academic platform for improving the disaster prevention and mitigation capacity of engineering structures and promoting the green and sustainable high-quality development of civil engineering.
Topics：
- Structural Risk Assessment under Disaster Loads
- Structural Reliability and Uncertainty Quantification
- Disaster Mechanisms and Structural Dynamic Response
- Structural Resilience Assessment
- Resilience Improvement and Disaster Mitigation Technologies
- Sustainability and Life-Cycle Performance
- Multi-Hazard and Climate-Change-Related Structural Risk
- Data-Driven and Intelligent Methods
- Engineering Applications and Case Studies
- Policy, Standards, and Decision-Making
