Fluid mechanics is one of the three main courses of energy and power specialty: heat transfer, engineering thermodynamics and fluid mechanics. Only by learning these three courses well can other energy and motivation problems be solved. This is my major. . . For example, steam flow in steam turbine, air flow in compressor, fuel organization in internal combustion engine, fuel organization in boiler combustion, and oil pipeline transportation ~ these places where there will be no fluid. . . Both energy conversion and energy transfer need the medium of the working medium, which definitely involves the flow of the working medium, and physical properties and fluid mechanics are indispensable.

You won't find it useful until you learn the theory of fluid mechanics and heat transfer. The concepts of flow function and potential function in fluid need to be understood by analytic function of complex variable function. The analysis of flow field and temperature field of fluid and heat transfer often involves Laplace equation and heat conduction equation, and it is necessary to master the knowledge of mathematical equations and special functions to solve analytical solutions. Of course, this is the role of theoretical research, and it is not necessary to actually burn a boiler.

Graduates should have the following knowledge and abilities:

1. Have a solid foundation in natural science, good foundation in humanities, arts and social sciences, and be able to use the spoken and written languages of their own nationalities correctly;

2. Systematically master the extensive basic knowledge of technical theory in this field, including engineering mechanics, mechanics, engineering thermophysics, fluid mechanics, electrical and electronics, control theory, market economy, enterprise management, etc.

3. Obtain engineering practice training in this professional field, and have strong computer and foreign language application ability;

4. Have the necessary professional knowledge in a certain professional direction in this professional field, and understand its scientific frontier and development trend;

5. Have strong self-study ability, innovative consciousness and high comprehensive quality.

Three talent goals

This major mainly trains senior talents with solid theoretical foundation, strong practical ability, adaptability and innovation ability and high moral and cultural quality in the fields of energy conversion and utilization and thermal environment protection, so as to meet the social demand for talents in scientific research, design, teaching, engineering technology and management of this energy and power discipline. Students should have extensive knowledge of natural science, humanities and social sciences, extensive theoretical foundations of heat, mechanics, electricity, machinery, automatic control and system engineering, professional knowledge and practical ability of thermal engineering, and master knowledge of computer application and automatic control technology. Graduates can engage in research, teaching, development, manufacturing, installation, maintenance, planning, management and marketing of energy and power engineering and related aspects. You can also continue your studies in this major or other related majors and pursue master's and doctoral degrees.

Four main disciplines

Power engineering and engineering thermophysics, mechanical engineering, fluid mechanics

Five main courses

Engineering mechanics, mechanical design basis, mechanical drawing, electrical and electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, control theory, testing technology, combustion science, etc.

Main practical teaching links: including military training, metalworking, electrician, electronic practice, cognitive practice, production practice, social practice, curriculum design, graduation design (thesis) and so on. , generally should be arranged for more than 40 weeks.

Degrees awarded: Bachelor of Engineering, Master of Science and Doctor of Technology.