(Including but not limited to the following topics)
Track 1: Precision Machinery
Ultra-precision processing and micro-nano manufacturing technology
High-precision motion platforms and drive control systems
Precision measurement and error compensation methods
Precision instruments and intelligent sensing technology
Precision mechanical structure design, dynamics and reliability
Micro-electromechanical systems (MEMS) and micro-mechanical design
Precise transmission mechanisms and zero-wear design
Precision processing techniques for brittle and difficult-to-machine materials
Thermal/vibration stability and control in precision machinery
Precision positioning technologies for semiconductor manufacturing and optical components
Track 2: Simulation Technology
Multi-physics field coupling simulation (structure, heat, fluid, electromagnetism, acoustics, etc.)
Finite element analysis (FEA), boundary element method (BEM), discrete element method (DEM)
Multi-body dynamics simulation and system modeling
Computational fluid dynamics (CFD) and heat transfer simulation
Virtual simulation, digital twin and digital prototype
Model reduction, parametrization and uncertainty quantification in simulation
AI-driven simulation, machine learning and data-driven simulation
Secondary development, integration and engineering application of simulation software
Simulation optimization, multi-disciplinary design optimization (MDO)
Manufacturing process simulation, process simulation and virtual debugging
Track 3: Lightweight Design
Structural topology optimization, shape optimization and size optimization
Lightweight materials (composite materials, lightweight alloys, honeycomb / lattice structures, biomimetic materials)
Integrated design, integrated design and functional lightweighting
Lightweight structural mechanical properties, fatigue and reliability
Multi-material / multi-process lightweight design and manufacturing
Aerospace, automotive, rail transportation and other equipment lightweighting
Biomimetic lightweight design and bio-inspired structures
Combination of lightweight design and additive manufacturing (3D printing)
Multi-objective optimization and trade-off of lightweight design
Life cycle assessment and sustainability of lightweight design
Lightweight configuration design for additive manufacturing
Integrated lightweight design methods for structure-function
Fatigue-resistant and collision-resistant lightweight body/fuselage design ......