(The following topics include but are not limited to)
Track 1: Aerospace Materials
Advanced Composite Material Design and Manufacturing
Nanomaterials and Their Engineering Applications
Smart Materials and Adaptive Structures
Lightweight Materials and Structural Optimization
Self-healing Materials and Structural Health Monitoring
3D Printing and Additive Manufacturing Materials
Multifunctional Material and Structure Design
Micro/Nano Structural Materials and Devices
Bio-materials and Bionic Structural Innovation
High Temperature Materials and Thermal Mechanical Behavior
Material Failure and Fault Analysis
Environmental Effects of Aerospace Materials
Interface Mechanics of High Performance Materials
Track 2: Structural Dynamics
Aerospace Structural Mechanics Analysis
Fatigue and Fracture Mechanics
Multiscale Material Mechanics Modeling
Aerospace Composite Material Structural Performance Evaluation
Structural Reliability and Life Prediction
Coupled Field Effects and Structural Dynamics
Damage Mechanisms and Repair Technologies of Composite Materials
Aerospace Structural Vibration Control
Lightweight Structure Design and Its Applications
Structural Optimization and Topology Optimization Methods
Structural Health Monitoring and Non-destructive Testing Technologies
Mechanical Properties and Multi-physical Field Coupling Analysis
Aircraft and Spacecraft Structural Design
Experimental Methods and Testing Techniques of Structural Mechanics
Multiscale Simulation and Digital Twin Technology
Track 3: Control, Automation
Intelligent and Adaptive Control
Flight Control and Guidance Systems
Autonomous Navigation and Path Planning
Cooperative and Distributed Control
Nonlinear and Robust Control
Swarm Intelligence and Multi-agent Systems
Interpretable and Safe Artificial Intelligence Control
Reinforcement Learning in Control
Fault Diagnosis and Health Monitoring
Digital Twin and Cyber-Physical Systems ......