(Topics include but are not limited to)
Lightweight and high-strength metal materials (aluminum lithium alloy, titanium alloy, etc.)
Advanced composite materials (carbon fiber, ceramic matrix, metal matrix)
High temperature alloys and thermal protection materials
Functional and Intelligent Materials for Aerospace Applications
Application of Additive Manufacturing (3D Printing) in Aviation Components
Precision Forming and Superplastic Forming Technology
Automated wire/tape laying and advanced assembly processes
Topology optimization design of aerospace structures
Integrated design of multi-scale structures and materials
Structural Health Monitoring and Intelligent Perception System
Design for fatigue resistance and fracture toughness
Lightweight structural technology for aircraft
Design and Manufacturing of Engine Hot End Components
Composite material structure connection and repair technology
Vibration Suppression and Noise Control of Aerospace Structures
Damage tolerance and durability assessment
The application of digital twins in the entire lifecycle of structures
Material behavior in extreme environments (high and low temperatures, irradiation)
Aerospace Materials Genome Engineering
Reusable Aircraft Structural Design
Aeroelasticity and structural coupling of high-speed aircraft
Green Aerospace Manufacturing Technology
Non destructive testing technology for materials and structures
Aerospace Standardization and Airworthiness Certification
Design of Intelligent Deformation Structure and Adaptive Mechanism