(Topics include but are not limited to)
1、 Advanced Composite Material Systems and Properties
Design of new reinforcement materials (fibers, nanomaterials) and matrix materials (polymers, metals, ceramics)
Multi functional and intelligent composite materials (self-healing, sensing, adaptive)
Multi scale Structure Property Relationship and Interface Control of Composite Materials
Development of green, bio based, and recyclable composite materials
Research on Environmental Durability, Fatigue and Damage Mechanism of Composite Materials
2、 Lightweight Design and Structural Optimization
Multi material system selection and integrated design method for lightweight
Topology optimization, morphology optimization, and parametric design of composite material structures
Application of Additive Manufacturing (3D Printing) in Complex Lightweight Structures
Innovative application of biomimetic design and lattice structure in lightweighting
Lightweight Design and Performance Virtual Verification Driven by Digital Twins
3、 Advanced Manufacturing Technology and Intelligent Production
Efficient molding processes such as automated placement and resin transfer molding (RTM)
In situ forming and welding connection technology of thermoplastic composite materials
Hybrid connection and assembly technology of composite materials and heterogeneous materials
Manufacturing process online monitoring, quality control, and process digitization
Application of Artificial Intelligence and Machine Learning in Process Optimization and Defect Prediction
4、 Sustainable Manufacturing and Circular Economy
Life Cycle Assessment (LCA) and Carbon Footprint Analysis of Composite Materials
Waste recycling technology (pyrolysis, solvent method) and high-value application of recycled materials
Design of Degradable Composite Materials and Their Environmental Impact
Green manufacturing processes and clean production systems for energy conservation and consumption reduction
Design and Business Model of Composite Materials Products Based on Circular Economy
5、 Application Integration and Future Challenges
Lightweight application cases in aerospace, new energy vehicles, rail transit and other fields
Innovative Application of Composite Materials in New Energy Equipment (Fan Blades, Hydrogen Storage Bottles)
Performance and reliability of composite materials in extreme environments (high temperature, deep sea, space)
Industry standards, testing certification, and sustainability evaluation system
Education, policies, and industrial transformation paths for lightweight and sustainable manufacturing