The main courses are: heat transfer, engineering thermodynamics, fluid mechanics; Theoretical mechanics, material mechanics, electrical and electronics, programming, computer software foundation, microcomputer principle and interface technology, engineering economics, engineering drawing, mechanical design foundation, engineering material foundation, control engineering and testing technology. Professional platform courses include power machinery engineering foundation, environmental protection and energy saving. Professional courses are divided into three modules: thermal power and control engineering, fluid machinery and refrigeration cryogenic engineering, internal combustion engine and automobile engineering, including: boiler principle, thermal turbine machinery principle, power station system and equipment; Fluid machinery principle, positive displacement compressor principle, refrigeration principle and device, low temperature principle and device; Internal combustion engine principle, internal combustion engine structure, automobile structure, automobile theory, etc. Students can choose a set of specialized courses and an optional course within a certain range. Elective courses are divided into several groups, including more than 60 courses such as new energy power generation, fluid mechanical strength and vibration.
080702 thermal energy engineering
0 1 gas-liquid two-phase flow and heat transfer
Multiphase fluid mechanics and its measurement have been widely used in a series of projects such as electric power, chemical industry, petroleum, refrigeration and aerospace. Multiphase fluid mechanics is a relatively young discipline and an important branch of fluid mechanics, with a history of only a few decades. This paper mainly studies the flow pattern, flow resistance, flow stability, mixing, separation and distribution uniformity of various fluids when they flow in parallel tubes or outside tubes (with or without heat transfer). These flow mechanisms and multiphase fluid measurement technologies are international frontier topics with broad development space and innovative fields. It has important theoretical and practical significance for developing modern or future innovative projects, and can achieve important economic benefits.
Instructor: Lin Zonghu
Lin Zonghu, academician of China Academy of Engineering, male, born in Xing Wu, Zhejiang, 1933. 1957 graduated from jiaotong university, majoring in boiler. 1980- 1982 was a visiting professor at the university of Miami. He is currently a professor in the Department of Thermal Engineering of Xi Jiaotong University, a doctoral supervisor in thermal engineering, a judge of the National Science and Technology Award Jury, a director of the Academic Committee of the National Engineering Research Center for Fluid Machinery, a member of the Academic Committee of the National Engineering Research Center for Clean Combustion of Boiler Medium, an expert of the Hong Kong Accreditation Service, a member of the State Key Laboratory of Multiphase Flow in Power Engineering, a deputy director of the Boiler Professional Committee of the China Electrical Engineering Society and a vice chairman of the China Engineering Thermophysics Society. Director of Multiphase Flow Professional Committee of China Society of Engineering Thermophysics, Vice Chairman of Shaanxi Society of Engineering Thermophysics, Deputy Director of Shaanxi Institute of Metrology and Testing, and Deputy Editor-in-Chief of China Journal of Engineering Thermophysics: International Consultant of> Journal. He is a famous expert at home and abroad in the fields of thermal energy engineering, gas-liquid two-phase flow and heat transfer, multiphase flow measurement and so on. 1988 was awarded the title of young and middle-aged scientific and technological expert with outstanding contributions by the state; 1989 was awarded the title of outstanding scientific and technological worker in Shaanxi province; 1994 won the Wang Kuancheng Yucai Award.
Professor Lin Zonghu has made many pioneering achievements in the field of gas-liquid two-phase flow and heat transfer, an important theory of thermal energy, nuclear power and petrochemical industry. In terms of gas and liquid, the two-phase flow formula of orifice flowmeter created by him can be used for various pressures, different components, various two-phase fluids and variable pressure conditions, and is recommended as the best formula in the world, called Lin formula, which has been included in six books at home and abroad and has been cited dozens of times. Firstly, he systematically studied the pressure drop pulsation mechanism of two-phase fluid in U-tube, established its calculation program and pulsation discrimination method, and solved the serious pulsation problem of utility boiler. He created three calculation methods of two-phase friction and a formula for calculating steam content in cross section, which were widely used. In the aspect of boiling heat transfer, the first calculation formula of boiling heat transfer under pulsating flow is established in the world, which can be used for smooth tubes and various enhanced heat transfer tubes, opening up a new direction of heat transfer research. The research results of subcooled boiling heat transfer and steady flow boiling heat transfer have been obtained. In the aspect of multiphase flow measurement: based on Lin formula, the international problem of simultaneous measurement of two-phase flow and component parameters with one component was solved for the first time, and it was patented and applied, with remarkable economic benefits.
Up to now, Professor Lin Zonghu has won the third prize of the National Natural Science Award, the first prize of the Scientific and Technological Progress Award of the State Education Commission, 12 other provincial and ministerial-level scientific and technological awards, and 4 China patents. He has published 15 books at home and abroad, among which the first author has nine books, such as Characteristics of Gas-liquid Two-phase Flow in Pipes and Its Engineering Application, Enhanced Heat Transfer and Its Engineering Application, Measurement of Gas-liquid-solid Multiphase Flow, Gas-liquid Two-phase Flow and Boiling Heat Transfer, Process in Boiler and Boiler Test. More than 100 papers have been published. Trained 15 doctoral students and 17 master students.
Instructor: Cao Zidong
Cao Zidong, male, professor, graduated from Xi Jiaotong University 1966.7, member of National Boiler Standardization Technical Committee.
Research fields: multiphase flow and heat transfer, clean energy combustion, environmental engineering, design of high-pressure full-burning blast furnace gas boiler, design of separated heat pipe.
Main representative papers:
1. Shen Yuefen, Cao Zidong, etc. British b&; Influence of coal-fired boiler mixed with blast furnace gas on thermal parameters in W company. China Electric Power, No.4, 1997.
2. Shen Yuefen, Zou Qian, Cao Zidong, et al. Experimental study on heat transfer characteristics of evaporation section of separated heat pipe. Journal of Xi Jiaotong University, No.6, 1996.
3. Cao Zidong, Zhang Yanmou. Experimental study on heat transfer characteristics of reformed gas in floating head waste heat boiler. Journal of Xi Jiaotong University, No.6, 1994.
4. Shen Yuefen, Cao Zidong. Study on cross-flow mixing effect caused by grid partition with mixing blades in rod bundle. Nuclear engineering and design. Optical fiber, 199 1
5. Experimental study on reverse circulation flow in the heat exchanger of waste heat boiler. Journal of Xi Jiaotong University, 1982, 1.
Main works:
1. Layout and calculation of boiler body. Xi jiaotong university press 1990 10.
2. Principle of industrial boiler. Xi jiao tong university press, 1986 1 1.
3. Boiler testing technology. Xi jiaotong university press, 1995 may.
Patents:
1. Separate heat pipe with recirculation. Patent number ZL93245949.8
2. Vortex combustion arch of layer combustion furnace. ZL patent number is 994738+0.
3. High-pressure power station boilers burning blast furnace gas. Patent number ZL 97203451.x.
Major achievements and awards:
1. Embedded aluminum finned tube high temperature heat exchanger. 1992. Third Prize of Scientific and Technological Progress of Ministry of Chemical Industry.
2. Natural gas conversion gas for synthetic ammonia and conversion gas waste heat boiler. 1994. Second Prize of Scientific and Technological Progress of Ministry of Chemical Industry.
Instructor: The car is blessed.
Che Defu, male, born in June, 1962 165438, professor. 1983, 1986 and 1990 obtained bachelor's degree, master's degree and doctor's degree in thermal energy engineering from Xi Jiaotong University respectively. 1989- 1990 went to the University of Auckland, New Zealand to jointly train doctoral students,1991.3-1.7 worked as an intern in Shaanxi Industrial Boiler Factory,1995-. 1998 was awarded the title of outstanding returned overseas students in Shaanxi province. He used to be secretary of the Party branch, deputy director of teaching and research section, dean, vice president, deputy director of science and technology department and director of technology achievement transfer center. He is currently the director of the Department of Thermal Energy Engineering, the director of the Boiler Research Institute, the member of the teaching steering committee of electromechanical specialty in national universities and the secretary of the steering group of thermal energy engineering specialty, the director of Shaanxi Mechanical Engineering Society, the chairman of the power engineering sub-committee, and the deputy secretary-general of China Engineering Thermophysics Society. Undergraduate students "Boiler and Boiler Room Equipment", master students "Gas-liquid two-phase flow and boiling heat transfer", doctoral students "Multiphase flow and its progress". Research interests include multiphase flow and heat transfer, fossil fuel combustion and pollution control, boiler and heat exchanger design. Three scientific research achievements have won provincial and ministerial awards and have two patents. He has published more than 50 academic papers and two books. At present, he is in charge of the second-level project of the national key basic research and development plan (973), the basic research on prevention and control of coal-fired pollution, the research on the occurrence form and migration law of nitrogen in coal, the key scientific research and cultivation project of Anjiao University, the research on multiphase flow mechanism of water and sediment migration in western China, the undergraduate education reform fund project of Anjiao University, the reform and practice of English teaching materials for boiler principles, the integration of English teaching and multimedia teaching, and a number of scientific research projects of enterprises. The first batch of backbone teachers in colleges and universities funded the project, which was named "Study on the existing forms of organic sulfur in coal and its emission reduction control".
E-mail :dfche@xjtu.edu.cn
Instructor: Zhuang Zhengning,
Zhuang Zhengning, male, born in Shanghai,1June 1952, professor. 1982 graduated from Xi Jiaotong University with a bachelor's degree in industrial thermal energy engineering. 1992 obtained a master's degree in thermal energy engineering from Xi Jiaotong University. Courses such as Boiler Principle, Boiler Technology, Boiler Layout and Calculation, Energy Saving and Environmental Protection are offered to undergraduates. He has undertaken and completed more than 20 scientific research projects, held 3 patents, published more than 20 academic papers and edited books 1 book. Two graduate students have been trained and four are currently studying. He used to be the director of thermal engineering department, and now he is the deputy director of thermal engineering department.
His main research interests are multiphase flow and heat transfer, energy conversion and utilization, environmental science and engineering.
The research direction of recruiting graduate students is:
Study on vapor-liquid and solid-liquid phase transition process of multicomponent mixed media.
● Research on energy storage technology and system.
● Strengthen heat transfer.
● Research and development of high-efficiency heat exchanger.
Instructor: Dong Wang
Dong Wang, born in 1960, is an associate professor. 1982 graduated from Xi' an jiaotong university, majoring in thermal energy of power plants; 1982 studied under Academician Lin Zonghu of Xi Jiaotong University; 1985 obtained a master's degree. From 1995, he studied for a doctor's degree on the job and obtained a doctor's degree in 2000. Long-term commitment to the research of multiphase fluid flow measurement technology, has obtained 6 patents in this field, published related research papers 12, co-authored a monograph, won the second prize of scientific and technological progress of the State Education Commission, and won two scientific research achievement awards of Xi 'an Jiaotong University. During the research, we actively cooperated with Shengli, Liaohe and other oil fields to apply the research results to production practice. The wet steam flowmeter and the underground steam absorption profile tester of the invention have been applied in oil fields.
This paper mainly studies the flow and heat transfer law of multiphase fluid in thermal power, petroleum, chemical industry, nuclear energy and environmental engineering. Mainly includes the following aspects:
1. multiphase fluid flow measurement technology, oil-gas-water three-phase flow measurement technology and instrument, and steam-water flowmeter
2. The theory and technology of safe mixed transportation of oil and gas reservoirs, slug flow prevention and slug flow detection.
3. Oil production logging technology, downhole steam absorption, water absorption and polymer absorption profile testing technology, and downhole liquid production profile testing technology.
4. Supercritical fluid technology, steam-solid wear of supercritical units, and application of supercritical fluid technology in environmental protection engineering.
Instructor: Zhu Changxin
Zhu Changxin, male, born in August, 1962, associate professor. He obtained bachelor's degree, master's degree and doctor's degree in thermal energy engineering from Xi Jiaotong University in 1984, 1989 and 1993 respectively. 1996 was hired as an associate professor. 2000.1~ 2006.5438+0.1went to the university of Connecticut (UConn) for further study and served as a visiting scholar in the state. Lecture: steel for boilers and pressure vessels, environmental protection and energy saving, and other research interests;
Flow and heat transfer in micro-scale channels
New energy application technology
Strengthening heat transfer and energy saving technology
Phase change heat transfer process
Published more than 20 papers.
Instructor: Wang Yanyan
Wang Yanxing, female, born in March 1965, Han nationality, Anshan, Liaoning, party member, associate professor, bachelor's degree in thermal energy engineering from the Department of Energy and Power Engineering of Xi Jiaotong University; From 65438 to 0989, he obtained a master's degree in thermal energy engineering from Xi Jiaotong University. Since graduation, I have been engaged in the study of multiphase flow characteristics, participated in many national, provincial and subordinate funds and horizontal research projects, and achieved a series of scientific research results. Editor-in-Chief of Oil-fired and Gas-fired Boiler. He has published more than 40 papers in academic journals at home and abroad.
Research direction-introduction to gas-liquid two-phase flow;
Mainly engaged in the basic and applied research of heat and mass transfer related to gas-liquid two-phase flow, multiphase flow pattern, water circulation principle and enhanced heat transfer. Multiphase fluid dynamics and its numerical calculation are carried out for major research projects in thermal engineering, petroleum, chemical engineering, metallurgical engineering, environmental engineering and other application fields, and multiphase flow testing technology is applied to study the fluid flow law. I have been engaged in the research and development of boilers and heat exchangers for many years, and independently completed the calculation of water circulation program in the thermal field. Engaged in the research and application of new energy technology.
Instructor: Zhao
Zhao, male,1born in June 1963, Han nationality, born in Jiaozhou, Shandong Province, party member, Ph.D., associate professor of Jiaotong University, 1986 received a bachelor's degree in thermal energy engineering from the Department of Energy and Power Engineering of Jiaotong University; 1989 Master of Experimental Mechanics, Department of Engineering Mechanics; 1998 received a doctorate in metal materials and heat treatment from the College of Materials Science and Engineering of Xi Jiaotong University. His main works include Oil-fired and Gas-fired Boiler, Manufacturing Technology of Power Machinery and Equipment, and Practical Boiler Manual. He has published more than 40 papers in academic journals at home and abroad. He is currently a member of the High Temperature Materials and Strength Committee of China Mechanical Engineering Society, the Material Committee of China Power Engineering Society and the Industrial Boiler Branch of China Boiler Standardization Technical Committee.
Research direction-gas-solid two-phase flow and interdisciplinary introduction;
Mainly engaged in basic and applied research of gas-solid two-phase flow and related fields of energy, mechanics and materials, such as combustion and heat transfer, clean combustion, fuel pyrolysis, fluid and engineering mechanics, heat-resistant materials for supercritical power plants, and comprehensive research of energy, mechanics and materials, focusing on comprehensive research in interdisciplinary directions. Pay attention to integrating theory with practice. The developed boiler products have been popularized and applied in more than 50 enterprises nationwide; Presided over the compilation? Quot Computer Aided Design and Calculation Software Package for Boiler has been applied in more than 20 domestic enterprises. A breakthrough has been made in the research of "supercritical unit material T9 1". Most scientific research projects come from major engineering practice, and the research results can directly guide and serve the production practice.
Instructor: Wang Shuzhong
Wang Shuzhong, male,/kloc-0, born in June 1968, is an associate professor. 1990, 1993 and 1996 obtained the bachelor's degree, master's degree and doctor's degree in thermal energy engineering from Xi Jiaotong University respectively. 1998 to 1999, went to the Norwegian Institute of Energy Technology (IFE) as a postdoctoral fellow. Since 1990, he has been engaged in the teaching and scientific research of thermal energy engineering, multiphase flow and heat transfer. He has participated in the research of many national, provincial and subordinate funds and horizontal projects, published more than 20 related academic papers, won the scientific and technological achievement award of Xi 'an Jiaotong University ("slug flow technology research"), and has a national patent as an independent inventor, and developed the first steady-state computer simulation software reflecting the multiphase transportation characteristics of oil, gas and water in China. In the field of thermal energy engineering, the CAD software package of oil-fired gas furnace based on Windows friendly interface is developed, and the supercritical pressure steam generator for oil field steam injection (steam huff and puff and steam drive) with international advanced level is developed.
My main research direction:
Multiphase fluid dynamics and its numerical calculation (application fields such as thermal power engineering, petroleum, chemical engineering, metallurgical engineering, environmental engineering and life blood flow)
Development of multiphase flow testing technology and thermal instrumentation
Design and transformation of boiler/heating furnace
Enhanced heat exchange technology: design and development of high efficiency heat exchanger
New energy application technologies (solar energy, ocean energy, geothermal energy, etc. )
Water supply and sewage treatment technology
CO2 flow and phase change heat transfer; Supercritical CO2 extraction technology