SS 10
Aviation and new energy systems are both typical safety-critical complex systems, whose reliable and safe operations are extremely important for public welfare and national security. There are profound scientific challenges in terms of system complexity, components interdependency, dynamic behaviors, and environmental disturbances. Under this circumstances, the uncertainty management and elimination has also become an important issue to be addressed.
This special session aims to create a dedicated platform for in-depth dialogue and communications of advanced ideas for the reliability, safety, and uncertainty management for these two critical infrastructures. It encourages the proposal of advanced concepts, models, and tools in risk assessment, safety assurance, resilience design, and uncertainty quantification, fostering the development of more universal methodologies. The main topics include but are not limited to:
- Air transport system reliability and safety
- Airworthiness and safety certification
- Risk assessment and protection control of new energy systems
- Reliability modeling of new energy equipment
- AI-enabled reliability and safety for complex systems
- Uncertainty quantification and management techniques
航空系统和新能源系统都是典型的安全攸关型复杂系统，其可靠和安全运行对于维护公共利益和国家安全至关重要。在航空与新能源系统的可靠性和安全性领域，系统复杂性、部件相互依赖性、动态行为和环境干扰仍然引发了大量科学挑战。在这一情况下，如何开展此类复杂系统的不确定性管理和消减也成为亟待解决的重要问题。 本专题旨在搭建一个面向航空系统和新能源系统可靠性、安全性和不确定性管理先进技术方法的交流平台。我们希望能够共同探讨在航空系统和新能源系统风险评估、安全保证、韧性设计、不确定性量化与管理等方面的先进理念、模型和工具，以促进复杂系统可靠性、安全性方法论的发展。 主要议题包括但不限于如下方面：
- 航空运输系统的可靠性与安全性
- 适航性与安全认证
- 新能源系统的风险评估与防护控制
- 新能源装备的可靠性建模
- 基于AI的复杂系统可靠性和安全性
