(Including but not limited to the following topics)
Topic 1: Power Engineering
Thermal cycles and energy conversion
Combustion science and technology
Internal combustion engines and gas turbines
Steam turbines and nuclear power
Refrigeration and cryogenic engineering
Thermal measurement and automatic control
Power system simulation and optimization
Low-carbon and zero-carbon power technologies
Heat recovery and energy-saving technologies
Thermal system integration design
Power system reliability and lifespan
Power device vibration and noise control
Distributed energy systems
Energy storage and energy management
Multi-energy coupled power systems
Topic 2: Fluid Machinery
Fluid machinery flow theory and design
Blade machinery (pumps/fans/compressors)
Hydro turbines and hydraulic machinery
Turbo machinery and aircraft engines
Fluid machinery numerical simulation and optimization
Aerodynamic cavitation and multiphase flow
Fluid machinery vibration and stability
Sealing and gap flow
Fluid machinery noise and control
Fluid machinery condition monitoring and fault diagnosis
Fluid machinery energy-saving technologies
Special fluid machinery (magnetic pumps/shielded pumps, etc.)
Fluid machinery materials and surface engineering
Hydraulic transmission and control components
Fluid machinery systems and pipe network matching
Topic 3: Flow Control
Active flow control technology
Passive flow control technology
Jet and vortex control
Boundary layer control and drag reduction
Separation flow control and lift enhancement
Flow stability and transition control
Turbulence drag reduction and control
Noise control and acoustic optimization
Intelligent sensing and feedback in flow control
Microfluidics and micro-scale flow control
Plasma flow control
Bionic flow control
Multiphase flow control technology
Industrial flow control applications
Flow control numerical simulation and experimental verification