(The following topics include but are not limited to)
Track 1: Mechanical Design
Mechanical system design and optimization methods
Digital design and computer-aided design (CAD/CAE/CAM)
Structural optimization and topology optimization
Mechanical dynamics and vibration analysis
Mechatronics and intelligent equipment design
Lightweight design and high-performance structure design
Bionic design and innovative mechanism design
Reliability design and life prediction
Product life cycle management and green design
Mold system and precision forming process design
Industrial design and human-machine engineering
Key basic components and general components design
Complex mechanical system integration design
Intelligent design theory and methods
Design-driven innovation and engineering application
Track 2: Engineering Mechanics
Fundamental theories of solid mechanics and constitutive models
Computational mechanics and numerical simulation methods
Damage and fracture mechanics
Elasticity, plasticity and creep behavior
Structural dynamics and stability analysis
Fluid dynamics and fluid-solid coupling analysis
Multi-physics field (force-heat-electric-magnetic-chemistry) coupling analysis
Multi-scale and cross-scale mechanical behavior simulation
Nanomechanics and micro-mechanics
Mechanical properties and performance characterization of materials
Experimental mechanics and advanced testing technologies
Structural health monitoring and damage identification
Nonlinear dynamics and vibration suppression
Pore medium mechanics and geotechnical mechanics
Mechanical behavior under extreme environments
Life prediction methods for fatigue and fracture
Track 3: Simulation Technology
Advanced manufacturing processes and equipment technologies
Additive manufacturing (3D printing) process and simulation
Precision and ultra-precision processing technologies
Manufacturing intelligent systems and digital factories
Digital twin-driven manufacturing and simulation
Application of artificial intelligence in mechanical design and simulation
Industrial robot technology and automation systems
Internet of Things (IoT) and manufacturing process monitoring
Machine learning-driven structural optimization and fault prediction
Multi-domain system modeling and collaborative simulation
Cloud-based simulation and distributed simulation platforms
Real-time simulation and hardware-in-the-loop testing
Virtual reality (VR)/augmented reality (AR) in manufacturing
Green manufacturing and sustainable process optimization
Quality monitoring and intelligent diagnosis of manufacturing processes
High-end equipment (aerospace, new energy equipment, etc.) design and simulation ......