(Including but not limited to the following topics)
Topic 1: Mechanical Design
Mechanical structure design
Mechanical transmission design
Shaft system design
Spring and sealing design
Connection and fastening technology
Strength and stiffness analysis
Mechanical vibration design
Lubrication and friction design
Fatigue strength verification
Mechanical reliability design
Mechanical optimization design
Innovative design methods
Modular design
Lightweight design
Corrosion-resistant structure design
Topic 2: Computational Mechanics
Application of the finite element method
Boundary element method
Discrete element method
Computational contact mechanics
Elasto-plastic finite element
Numerical simulation of fracture mechanics
Numerical prediction of fatigue life
Multibody dynamics calculation
Nonlinear finite element
Numerical analysis of large deformation
Thermal coupling calculation
Fluid-solid coupling simulation
Dynamic time history analysis
Explicit and implicit algorithms
Adaptive mesh technology
Topic 3: Model Analysis
Static modeling technology
Dynamic modeling methods
Model order reduction technology
Parameter sensitivity analysis
Model correction and verification
Uncertainty propagation
Modal analysis technology
Numerical prediction of harmonic response
Transient response simulation
Spectral analysis technology
Stress field reconstruction
Fatigue hot spot identification
Topology optimization model
Equivalent model establishment
Failure mode characterization