(The following topics include but are not limited to)
Track 1: Aerospace Engineering and Aircraft Technology
Aircraft overall design and system integration
Aerodynamics and Computational Fluid Dynamics (CFD)
Aerospace materials and structural technology
Aircraft structural mechanics and lightweight design
Aircraft structural dynamics and aerodynamic elasticity
Astronautical design and space systems
Satellite technology and deep space exploration
Hypersonic aircraft and re-entry technology
Unmanned Aerial Vehicles (UAVs) and micro-sized aircraft design
Aerospace thermal protection and thermal management technology
Aerospace reliability and safety assessment
Aircraft airworthiness certification and standard specifications
Advanced aerospace manufacturing and assembly technology
Green aviation and sustainable aircraft technology
Astronautical integrated aircraft technology
Aerospace testing, testing and verification technology
Aerospace propulsion systems and power technology
Track 2: Structural Mechanics and Dynamics
Solid mechanics and fundamental theories of structural mechanics
Elastic mechanics, plastic mechanics and fracture mechanics
Damage mechanics and fatigue analysis
Computational mechanics and numerical simulation methods
Multiscale mechanics and cross-scale simulation
Multifield coupling mechanics analysis
Experimental mechanics and advanced testing technology
Structural dynamics and vibration analysis
Structural stability and buckling analysis
Impact dynamics and collision analysis
Contact mechanics and tribology
Structural optimization design and topology optimization
Smart materials and adaptive structural mechanics
Structural behavior in extreme environments
Structural reliability and durability analysis
Structural health monitoring and damage identification
Track 3: Material Application and Performance Characterization
Advanced aerospace metal materials and alloys
Aerospace composites and structures
Ceramic-based composites and super-high temperature materials
Polymer-based composites and nano-composites
Lightweight materials and structural design
High-temperature materials and thermal protection materials
Smart materials and adaptive materials
Material surface engineering and coating technology
Material fatigue, fracture and damage mechanisms
Multiscale modeling and simulation of materials
Material performance testing and characterization technology
Material failure analysis and life prediction
Material performance in extreme environments
Material additive manufacturing and advanced forming technology
Material connection and assembly technology
...