(Including but not limited to the following topics)
Topic 1: Aerodynamics
Viscous flow and boundary layer theory
Turbulence models and numerical simulation
Compressible flow and shock waves
Hypersonic aerodynamics
Low-speed aerodynamics
Unsteady flow and dynamic stall
Aeroplastic mechanics
Computational fluid dynamics methods
Flow control technologies
Vortex dynamics
Wind tunnel experiments and measurement techniques
Aerodynamic layout design of aircraft
Internal aerodynamic flow of propulsion systems
Aerodynamic noise mechanism and prediction
Rough surfaces and transition prediction
Multibody separation aerodynamic characteristics
Aerodynamic shape optimization design
Ground effect and near-ground flight
Aerodynamic influence of icing
Aerodynamics in wind energy utilization
Topic 2: Mechanical Engineering
Mechanical design and modern design methods
Dynamics of mechanisms and kinematics of robots
Mechanical dynamics and vibration control
Frictional mechanics and surface engineering
Gear transmission and bearing technology
Mechanical strength and fatigue reliability
Hydraulic transmission and control technology
Mechanical manufacturing processes and equipment
Numerical control processing and precision manufacturing
Additive manufacturing (3D printing)
Intelligent manufacturing and digital twins
Mechanical system condition monitoring and fault diagnosis
Micro-nanoelectromechanical systems
Bionic machines and soft robots
New energy vehicle chassis technology
Mechanical system thermal management
Sealing and lubrication technology
Mechanical vibration and noise control
Mechanical optimization design
Mechatronics and intelligent control
Topic 3: Atmospheric Science
Atmospheric dynamics and circulation theory
Numerical weather forecasting and models
Climate change and global warming
Cloud microphysics and precipitation processes
Atmospheric radiation transfer and energy balance
Atmospheric boundary layer physics
Aerosols and atmospheric chemistry
Electrostatic physics and detection
Mesoscale meteorology and rainstorms
Typhoon dynamics and prediction
Atmospheric remote sensing and radar meteorology
Atmospheric component observation and sources/sinks
Analysis of extreme weather events
Atmospheric pollution dispersion and diffusion
Feedback mechanisms of the climate system
Atmospheric statistical methods and prediction