(Including but not limited to the following topics)
Topic 1: Civil Aviation
Civil aircraft design
Aerodynamic layout of aircraft
Landing gear system design
Aerodynamic characteristics of aircraft components
Civil aviation airworthiness standards
Aircraft noise airworthiness certification
Aircraft transportation and environmental impact
Airport noise control
Civil aviation safety
Flight performance analysis
Identification of aircraft noise sources
Civil aviation energy conservation and emission reduction
Aircraft takeoff and landing performance
Aircraft maintenance and noise
New technologies in civil aviation
Aerodynamic airworthiness of aircraft
Civil aviation operation noise management
Aircraft type certification
Aircraft noise testing
Civil aviation sustainable development
Topic 2: Fluid Simulation
Computational fluid dynamics
Unsteady flow field simulation
Turbulence models
Large eddy simulation
Separation vortex simulation
Reynolds-averaged numerical simulation
Lattice Boltzmann method
Fluid-solid coupling
Dynamic mesh technology
Overlapping grid method
Boundary layer transition prediction
Vortex structure identification
Flow field visualization
Aerodynamic force calculation
Numerical discretization of flow field
High-precision numerical format
Parallel computing and high-performance computing
Grid generation technology
Post-processing of flow field
Application of fluid simulation software
Topic 3: Acoustic Engineering
Aerodynamic acoustics theory
Sound analogy method
Sound disturbance equation
Computational aerodynamic acoustics
Numerical simulation of sound propagation
Noise source identification
Far-field noise prediction
Near-field pressure pulsation
Acoustic boundary conditions
Acoustic grid technology
Acoustic measurement verification
Broadband noise simulation
Pure-tone noise analysis
Aerodynamic noise mechanism
Structural acoustic coupling
Acoustic optimization design
Acoustic signal processing
Acoustic experiments
Noise control technology
Acoustic standards and norms