The postgraduate major of thermal energy and power engineering of Hunan University is an on-the-job postgraduate major under the School of Mechanical and Vehicle Engineering. At present, it has five majors: mechanical design and manufacturing and automation, vehicle engineering, energy and power engineering, industrial engineering and engineering mechanics. The master of thermal energy and power engineering in Hunan University is introduced as follows:

Main research directions:

1, thermal power equipment working process and pollution emission control

Information fusion technology of thermal process;

Study on anti-deterioration mechanism of high performance hot working discharge equipment:

Pollution control technology of thermal power equipment emission.

2. Engine CAE

3. Computational combustion and computational fluid dynamics.

4, thermal process simulation, monitoring and control

Numerical simulation and optimization of thermal process;

Theory, technology and method of intelligent monitoring and fault of complex thermal process;

Intelligent control technology and its application in thermal process.

5. New technologies of refrigeration and air conditioning

Evaporative cooling technology;

Dehumidifying evaporative cooling air conditioning refrigeration technology;

Semiconductor thermoelectric refrigeration technology.

6, strengthen heat transfer technology

7. Theory and method of engine optimal matching.

8. Development and utilization of new energy sources

9, thermal power equipment optimization design

10, new hybrid technology

Brief introduction of training scheme for thermal energy and power engineering specialty;

1, professional direction

Dynamic direction

Refrigeration direction

Thermal energy engineering and automation direction

2. Training purpose

This major trains compound senior research and design engineering technical talents engaged in engine (including environmental protection and new energy), refrigeration and air conditioning, thermal engineering and automation, and selects some outstanding students to develop into research-oriented talents.

3. Employment field

After graduation, students can engage in research, design, technology development, management and trade in automobile, engine, energy, environmental protection, aerospace, ship, air conditioning, thermal testing, automation and other industries. They can also engage in teaching and scientific research in institutions of higher learning and research institutes or continue to study for master's and doctoral degrees and go abroad for further study.

4, professional basic courses

Engineering thermodynamics, fluid mechanics

5, the cultivation of innovation ability

(1) Scientific research results enter the classroom and the teaching materials.

For example, in the courses such as Automobile Emission Pollution and Control, Equipment and Process of Heat and Mass Exchange, Internal Combustion Engine and Thermal Testing Technology of Associate Professor E Qiang, teachers' scientific research achievements have been integrated into the teaching materials and entered the classroom.

(2) Tutors and professors impart the most advanced international knowledge.

For example, Professor Han Zhiyu's Development of Modern Engine New Technology and Professor Gong Jinke's Engine Emission Pollution and Control are well received by students.

(3) Carry out extracurricular innovative practice activities for college students.

Taking advantage of the conditions and subject advantages of thermal energy engineering laboratory and power engineering laboratory, a group of professors and associate professors organized students to carry out experimental and applied technology research in the field of energy and power, which strongly supported the quality development activities such as "SIT" plan and subject competition.

④ Graduation design (thesis) is closely integrated with scientific research projects.

For example, the scheme design and flow field analysis of 4 102Q diesel particulate trap guided by professor, the scheme design and analysis of three-way catalytic converter and exhaust system of Jiangnan scenery vehicle guided by professor, the design improvement and test of 495 engine, the design of forced indirect evaporative cooling air conditioner-tube heat exchanger guided by professor Ren, and the intelligent fault diagnosis of cold start of high-power diesel engine guided by associate professor E Qiang. "Development of online metering system for pipeline gas flow", "Design of automobile air conditioning refrigeration compressor", "Intelligent control of hybrid electric vehicle power system", Associate Professor Deng, etc.

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