(Including but not limited to the following topics)
Track 1: Aircraft Design
Overall aircraft design, multidisciplinary design optimization (MDO) and parametric modeling
New concept configurations such as unmanned aerial vehicles (UAVs), eVTOLs, and wing-body fusion bodies (BWBs)
Computational fluid dynamics (CFD), aerodynamic elasticity analysis and aerodynamic shape optimization
Integrated design of aerodynamic layout and thermal protection for hypersonic aircraft
Low Reynolds number aerodynamics and bionic flapping-wing aircraft design
Lightweight aircraft structure, composite material design and additive manufacturing applications
Flight performance analysis, control characteristics and flight quality assessment
Flight noise prediction, vibration control and acoustic design
Track 2: Structural Mechanics
Structural mechanics under extreme aerospace conditions
Advanced composite material structural mechanics
Functional material structural mechanics
Metamaterials structural mechanics, micro-nano structural mechanics
Bionic structural mechanics
Intelligent static and dynamic mechanics of structures
Advanced structural dynamics and control
Nonlinear vibration and noise suppression
Thermal fatigue and mechanical fatigue
Vibration reduction, noise reduction and impact resistance
Advanced manufacturing and structural mechanics
High-temperature structural dynamics, etc.
Track 3: Control Engineering
Automated control systems
Nonlinear and adaptive control
Intelligent transportation systems
Cooperative and distributed control systems
Reliability and fault diagnosis
System modeling and real-time simulation
Autonomous control strategies and flexible manufacturing
Remote control and monitoring technologies
Application of artificial intelligence in control
Robot motion planning and control .....