(The following topics include but are not limited to)
Track 1: Materials Engineering and Advanced Materials
Design and Manufacturing of Advanced Composite Materials
Functional Materials and Intelligent Materials
Flexible Electronic Materials and Deformable Structures
Nano Materials and Micro/Nano Structure Materials
Biological Materials and Bionic Materials
Energy Materials and New Energy Materials
Extreme Environment Materials
Semiconductor Materials and Optical/Electronic/Magnetic Materials
Green and Sustainable Materials
Super Materials and Super Plasticity Materials
Surface Engineering and Coating Technology
Material Forming Processes and Equipment
Material Deformation and Fracture Mechanics
Track 2: Composite Materials and Multifunctional Structures
Fiber Reinforced Composite Materials
Polymer-Based Composite Materials and Metal-Based Composite Materials
Ceramic-Based Composite Materials and Inorganic Non-Metallic-Based Composite Materials
Nano Composite Materials and Hybrid Composite Materials
Intelligent and Multifunctional Composite Materials
Sustainable Composite Materials and Environmental Composite Materials
Composite Material Interfaces and Interface Mechanics
Composite Material Damage, Fracture and Fatigue
Composite Material Manufacturing and Processing Techniques
Composite Material Additive Manufacturing (3D Printing)
Composite Material Computational Simulation and Multi-Scale Characterization
Composite Material Structural Health Monitoring
Engineering Applications of Composite Materials in Aerospace/Automotive/Energy and Other Fields
Track 3: Structural Mechanics and Engineering Applications
Solid Mechanics and Fundamentals of Structural Mechanics
Elastic Mechanics, Plastic Mechanics and Fracture Mechanics
Structural Dynamics and Vibration Analysis
Computational Mechanics and Numerical Simulation Methods
Multi-Physical Field Coupling Mechanics Analysis
Multi-Scale Mechanics and Cross-Scale Simulation
Experimental Mechanics and Advanced Testing Technologies
Structural Stability and Buckling Analysis
Fatigue, Damage and Life Prediction
Impact Dynamics and Collision Analysis
Structural Optimization Design and Lightweighting
Intelligent Structures and Adaptive Structures
Structural Health Monitoring and Damage Identification
Structural Mechanics Behavior in Extreme Environments
Application of Structural Mechanics in Aerospace, Civil Engineering, Machinery and Other Fields...