(Including but not limited to the following topics)
Topic One: Fluid Mechanics
Hydrodynamics
Gas dynamics
Aerodynamics
Physical-chemical Fluid mechanics
Plasma fluid mechanics
Turbine and compressor optimization
Hydraulic transmission system
Hydrostatics
Mechanical motion of fluids
Fluid equilibrium
Gas-liquid flow
Liquid-solid flow
Gas-solid flow
Fluid-solid flow
Multiphase complex flow phenomenon
High-speed amphibious vehicles and their water propulsion systems
Topic Two: Thermodynamics
Thermodynamics
States and state functions
Thermodynamic laws and principles
Thermal analysis
Thermal calculation
Thermodynamic cycles and thermodynamic processes
Engineering thermophysics
Thermal balance: thermal balance, force balance, phase balance, etc
Energy utilization: Energy conversion, transmission and application
Thermal equipment: boilers, steam turbines, heat pumps, etc
Theme Three: Engineering Applications
Design and optimization of Thermal systems
Performance analysis of energy systems
Design of energy-saving technical solutions
New energy utilization technology
Low-carbon energy ゑ system
Multi-energy complementary optimization
Performance testing of thermal equipment
Heat exchanger design
Numerical simulation of computational fluid dynamics
Analysis of fluid flow characteristics
Turbulence and Stability
Multiphase flow and non-Newtonian fluid mechanics
Micro-nano scale flow
Fluid control and optimization
Industrial Fluid mechanics
Experimental Fluid Mechanics
Environmental Fluid mechanics