(Including but not limited to the following topics)
Track 1: Engineering Mechanics and Aerospace
Mechanics of Materials and Structural Strength
Elastic Mechanics and Plastic Mechanics
Fracture Mechanics and Damage Evolution
Computational Mechanics and Numerical Methods
Experimental Mechanics and Testing Techniques
Multiscale Mechanics and Cross-Scale Correlation
Contact Mechanics and Tribology
Composite Materials Mechanics
Aircraft Structural Mechanics and Lightweight Design
Mechanical Behavior of Aerospace Materials
Aerodynamic Elasticity and Fluid-Structure Coupling
Thermal Structural Mechanics and Thermal Protection
Multifield Coupling Mechanics
Aircraft Structural Fatigue and Fracture
Aerospace Structural Reliability
Biomechanics and Bionics
Track 2: Aerospace Engineering and Aircraft Technology
Aircraft Design and Aerodynamic Optimization
Aircraft Structure and Lightweight Design
Aerospace Materials and Structural Integrity
Propulsion Systems and Combustion Technology
Flight Control and Guidance Navigation
Unmanned Aerial Vehicle Systems and Autonomous Control
Astronautical Dynamics and Orbit Mechanics
High-Speed Aircraft Technology
Structural Health Monitoring and Failure Analysis
Aerospace Thermal Protection and Thermal Management
Track 3: Aerodynamics and Fluid Mechanics
Theoretical Aerodynamics and Computational Aerodynamics
Experimental Aerodynamics and Wind Tunnel Technology
Turbulence Modeling and Numerical Simulation
High-Speed Aerodynamics
Aerodynamic Elasticity and Fluid-Structure Coupling
Multifield Coupling Simulation
Rotorcraft Aerodynamics
Industrial Aerodynamics and Environmental Wind Engineering
Flow Control and Drag Reduction Technology
Aerodynamic Acoustics and Noise Control