Current location - Education and Training Encyclopedia - Graduation thesis - Education and Scientific Research in Wang Chunlin
Education and Scientific Research in Wang Chunlin
Lecture course 1, principles of fluid machinery

2. Structure and design of modern industrial pumps

3, thermal energy and power machinery testing technology

4. Two-phase flow and its application

5. Theory and Calculation of Fluid Mechanical Flow (Master)

6, chemical fluid mechanical lubrication and sealing (master)

7. Calculation of Internal Flow Field of Fluid Machinery (Ⅱ) (Doctor)

Research field 1, internal flow mechanism of fluid machinery

2. Pump products (high specific speed mixed-flow pump, slurry pump, high temperature and high pressure multistage pump and nuclear pump, etc.). ) performance and design method.

3. Design method, internal flow analysis and basic theory of special low specific speed pumps (Bito pump, spiral labyrinth pump, etc.). )

4. Design method and internal flow analysis of special chemical pumps (brine extraction pump, brine transportation pump, urea melting pump, etc.). )

Research project 1, nuclear submersible canned pump

2. Research and development of new self-balancing high-pressure multistage centrifugal pump.

3. R&D of new brine extraction pump is developed in western China.

4. Development of new salt water pump and control system in western China.

1, Large Eddy Simulation of Turbulence Field of Cyclone Self-priming Pump, Journal of Agricultural Machinery, 2009,40 (9)

2. Optimal design of structural parameters of cyclone self-priming pump, Journal of Agricultural Engineering, 2009,25 (11)

3. Numerical Simulation of Internal Flow Field of Model Pump, Nuclear Power Engineering, 2009, 30(4)

4. Analysis of pressure fluctuation characteristics in unsteady flow field of mixed-flow nuclear main pump, Electric Power Engineering, 2009,29 (11)

5. Study on pressure pulsation characteristics of unsteady flow field of swirl self-priming pump, China Mechanical Engineering, 2009,20 (21).

6. Numerical calculation and performance prediction of internal flow of trapezoidal labyrinth screw pump, Journal of Jiangsu University, 2008,29 (2)

7. Numerical simulation of internal flow field of mixed-flow pump with equal circulation and high specific speed, Fluid Machinery, 2009, 37(4)

8. Experimental study on hydraulic model of salt water pump, Fluid Machinery, 2003,31(5)

9. Experimental study on spiral groove of labyrinth spiral pump, Pump Technology, 2006, (2)

10, large eddy simulation of internal flow field in front guide wheel of axial flow pump, irrigation and drainage machinery, 2009,27 (5)

1 1, Study on the cutting law of low specific speed centrifugal pump impeller, Research on Agricultural Mechanization, 2006.

12, Influence of relative position of inlet edge of guide vane of nuclear main pump model on pump performance, Drainage and Irrigation Machinery, 2008,26 (5)

13, numerical simulation of mixed-flow pump with adjustable blade height and specific speed, irrigation and drainage machinery, 2009,27 (1)

14, numerical calculation and experimental study on internal flow of triangular labyrinth screw pump, irrigation and drainage machinery, 2009,27 (2)

15, numerical simulation of gas-liquid two-phase flow of swirl self-priming pump, irrigation and drainage machinery, 2009,27 (3)

16, type and performance comparison of compound impeller of rotary jet pump, Journal of Irrigation and Drainage Mechanical Engineering, 20 10/0,28 (2)

main work

Major achievements

Awards: 1, IZ300-250 centrifugal slurry pump research and design won Jiangsu Science and Technology Progress Award/Third Prize, 199 1.6.

2. Key technology and popularization and application of nuclear submersible pump, China Machinery Industry Science and Technology Award/Third Prize, 2008.438+02.

3. Development and industrialization of series salt water pumps and anti-fouling valves, China Petroleum and Chemical Industry Science and Technology Award/Second Prize, August+00, 2009.

4.LHY3-80 and LHY 10-80 Liquid Sulfur Pumps, China Machinery Industry Science and Technology Award/Third Prize, 2004.6438+02.

Development of 5.700LSY-7 Salt Water Pump, China Machinery Industry Science and Technology Award/Third Prize, 2005.438+02.

6. Research on Material Selection of Anti-fouling Pipeline and Development of Anti-fouling Valve of Zhenjiang Municipal People's Government/Third Prize, 2007. 1 1.

7. Innovation and practice of first-class talent training system for fluid machinery, teaching achievement award/first prize of Jiangsu Provincial Department of Education, April 2009.

8. Establishment and practice of innovative talents training system for fluid machinery with "4C ability" as the core, Teaching Achievement Award/Second Prize of Ministry of Education, September 2009.

Invention patent 1, submersible shielded pump, utility model, 2006.