[2] Dong Liu, Li Xianghe, Jin Yongfan. Influence of constant radial temperature gradient on Taylor-Coulter tube with axial wall cracks. Study on fluid dynamics. 20 10.42: 06550 1 (science)
[3] Dong Liu (Dong Liu), Wang Chunlin, Yang Minguan. Study on solid-liquid two-phase flow in centralized pump volume. Applied Mechanics and Materials. 2012.130: 3664-3667 (ei).
[4] Dong Liu, Wang Chunlin. Experimental study and numerical simulation of flow in centrifugal pump impeller. The sixth international conference on fluid mechanics. Guangzhou, China
[5] Dong Liu, Jin Yongfan. Experimental study on the stability of Taylor-Couette flow under different radial temperature gradients. Proceedings of ASME 20 10, the third summer conference on fluid engineering between the United States and Europe, Montreal, Canada, 20 1-5, 20 10.
[6] Dong Liu, Jin Yongfan. Experimental study on Taylor-Couette flow under different radial temperature gradients. 14th international symposium on flow visualization. June 2 1-24, 20 10, Daegu, South Korea
[7] Dong Liu, Yin-Su Kang, Jin Yongfan. Study on flow transition process in Taylor-couette flow under radial temperature gradient. The 7th Pacific Flow Visualization and Image Processing Seminar, Kaohsiung, Taiwan Province, 2009 1 1 month 16- 19.
[8] Dong Liu, Seok-Hwan Choi, Li Xianghe, Zheng Lihao and Jin Yongfan. Experimental study on Taylor-couette flow with constant radial temperature gradient. ASME fluid engineering division summer conference and exhibition. August 2-5, 2009, EI, Colorado, USA
[9] Dong Liu, Seok-Hwan Choi, Jin Yongfan. Stability experiment of Taylor-couette flow with radial temperature gradient. 10 international conference on fluid control, measurement and visualization. August 2009 17-2 1, Moscow, Russia.
[10] Dong Liu, Zheng Wang, Yang Minguan. Experimental study on gas-liquid flow in membrane microporous aerated bioreactor. Journal of Engineering Science and Technology; Technology, 2008, 3(3):272-277.
[1 1] Dong Liu, Yang Minguan, Gao Bo. PIV test of centrifugal pump impeller in salting-out flow field. Journal of Agricultural Machinery.2008.39 (11): 55-58. (EI)
[12] Dong Liu, Yang Minguan, Wu Xiaolian, Experimental study and numerical simulation of internal flow in centrifugal pump. Proceedings of the 6th IAHR- Asia-Pacific Conference and the 3rd IAHR-ISHS Seminar 16. 120-23 October. 2008. Nanjing, China
[13], Yang Minguan, Kang Can. Experimental study on salting-out flow of chemical pump 16 th IAHR-APD meeting and 3 rd IAHR-ISHS meeting. 2008. Nanjing, China
[14] Dong Liu, Yang Minguan, Wang Qun, Miao Zhendong. Experimental study and numerical calculation of internal flow field of centrifugal pump. China rural water and hydropower, 2008, 9:87-90.
[15] Dong Liu, Yang Minguan, Dong Xiang, Wang Qun. Effect of salting-out liquid-solid two-phase flow on the performance of chemical pump. Irrigation and drainage machinery.26.2008 (4): 61-64.
[16] Dong Liu, Yang Minguan, AARON Li, Wang Chunlin. Study on solid-liquid two-phase flow field in impeller of chemical pump. Pump technology. 2007.3: 16- 19。
[17] Yang Minguan, heading east. Analysis of turbulence in impeller of chemical pump. Journal of Engineering Science and Technology; Technology, 2007,2 (3): 218-225.
[18] Yang Minguan, Dong Liu, Gu,. PIV measurement method of liquid-solid two-phase flow field in salting-out. Journal of Jiangsu University (Natural Science Edition) .2007.28 (4): 324-327. (EI)
Yang Minguan, Dong Liu, Gao Bo, Bai Yang, An Huamin. Numerical simulation of liquid-solid two-phase turbulence in centrifugal pump impeller. Water pump technology.2006.6:14-17.
[20] Yang Minguan, Dong Liu, Kang Can,. Analysis of internal flow field of centrifugal pump impeller with salting-out. Journal of Agricultural Machinery.2006.37 (12): 83-86. (EI)
Yang Minguan, Dong Liu, Jia Weidong, Kang Can, Gu. Analysis of three-dimensional turbulence in centrifugal pump impeller. Journal of Jiangsu University (Natural Science Edition) 27 (6): 524-527 (EI)
[22] Yang Minguan, Dong Liu, PIV technology to measure the liquid-solid two-phase flow in the pump. The 5th international symposium on multiphase flow measurement technology. 20061February 10- 13, Macau.