(The following topics include but are not limited to)
Track 1: Mechanical Engineering and System Design
Mechanical system design, modeling and simulation technology
Structural dynamics, vibration analysis and noise control
Mechanical transmission systems, tribology and reliability design
Vehicle engineering and aerospace manufacturing technology
Precision and ultra-precision processing, numerical control technology and equipment
Mechanical integration system design and integration
Full life cycle quality evaluation and dynamic regulation of complex mechanical systems
Structural design theory and reliability evaluation under extreme service conditions
Lightweight structure design and optimization technology
Computer-aided design and engineering (CAD/CAE/CAM)
Mechanical system fault diagnosis and predictive maintenance
Human-machine collaboration and intelligent sensing technology
Track 2: Materials Science and Engineering Applications
Advanced metal materials, polymer materials and ceramic materials
Composite materials and micro-nano composite materials preparation and characterization
New energy materials, energy storage and energy conversion materials
Smart materials, multifunctional materials and adaptive materials
Biological materials and biomimetic materials
Material deformation, damage and fracture mechanics
Material fatigue failure mechanism and life prediction
Material surface engineering, coatings and corrosion protection
Material multi-scale characterization and in-situ/operating condition testing technology
Thin film materials, semiconductor materials and electronic information materials
Material structure-performance relationship and computational materials science
Nanomaterials and low-dimensional functional materials
Track 3: Advanced Manufacturing Technology and AI-enabled Engineering
Additive manufacturing (3D printing) process and materials
Manufacturing intelligence systems and Industry 4.0/5.0 technologies
Application of AI/ machine learning in mechanical engineering and material design
Manufacturing system simulation and optimization driven by digital twins
Sustainable manufacturing and green manufacturing technologies
Industrial robots and automation equipment application
Laser science and laser processing technology
Industrial Internet and unified time-spatial reference technology for precision manufacturing
Non-destructive testing (NDT) and structural health monitoring technology
Full-process quality evaluation and dynamic regulation of flexible manufacturing
Computational modeling, multi-physics field simulation and optimization methods
...