Aims and Scopes
•(1) Thermal Power and Control Engineering
•Testing technology of thermal energy and power
•Principles of boiler
•Principles of steam turbine
•Combustion pollution and environment
•Design of power machinery
•Thermal power plant
•Automatic control of thermal engineering
•Numerical calculation of heat and mass transfer
•(2) Heat Engine and Automotive Engineering
•Theory and design of internal thermal machine (turbine)
•Fuel and combustion
•Thermal machine emissions
•Environmental engineering
•Energy engineering
•Electronic control of internal combustion engine
•Heat transfer and thermal load of thermal machine
•Automotive engineering
•(3) Cryogenic Refrigeration Engineering and Fluid Machinery
•Artificial environment automation
•Heating ventilation and refrigeration of air conditioning system
•Cryogenic technology
•Theory and technology of compressor
•Fluid machinery
•System simulation and control of fluid machinery
•(4) Power Engineering of Water Conservancy and Hydropower
•Installation, maintenance and operation of turbine
•Auxiliary equipment of hydraulic unit
•Regulation and control of turbine
•Power plant automation
•Electrical equipment of power plant
•Electrical motor
•Relay protection
•Computer monitoring of hydropower plant
•Modern testing technology of hydropower plant
•Other related fields