(Including but not limited to the following topics)
Track 1: Thermal Engineering and Engineering Thermophysics
Engineering thermodynamics and energy conversion theory
Heat transfer and mass transfer (conduction, convection, radiation)
Multiphase flow and phase change heat transfer
Micro-nano scale heat transfer and thermophysical properties
Combustion science and combustion diagnostic technology
Thermal physics numerical simulation and computational heat transfer
Thermal radiation and high-temperature heat transfer
Porous medium heat transfer and mass transfer
Thermal measurement and experimental techniques
Thermal management technology and heat dissipation design
Waste heat recovery and energy efficiency improvement
Thermal physics problems under extreme conditions
Track 2: Thermal Systems and Power Engineering
Thermal cycle analysis and optimization
Boiler technology and thermal power plants
Power machinery design and operation
Gas turbine and steam turbine technology
High-efficiency and clean combustion of internal combustion engines
Refrigeration and low-temperature engineering
Heat pump technology and HVAC
Thermal system modeling and simulation
Thermal process automation and intelligent control
Digital twin and intelligent operation of power systems
Distributed energy systems and cogeneration
Thermal system energy saving and optimization
Track 3: Energy Conversion and Low-Carbon Technologies
Renewable energy heat utilization technology
Solar thermal power generation and solar thermal utilization
Biomass energy conversion and utilization
Geothermal energy development and utilization
Hydrogen and fuel cell technology
Energy storage technology and system integration
Carbon capture, utilization, and storage (CCUS)
Low-carbon/zero-carbon fuel application
Multi-energy complementarity and integrated energy systems
Improvement of energy conversion efficiency and energy-saving technologies