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Wang Xikun
Date:2019-12-08  View:

Curriculum Vitae

Wang Xikun
Doctor of Engineering
Professor
TEL: 18261967972
Email: wangxk@ujs.edu.cn
Location: Research Center of Fluid Machinery Engineering and Technology, Jiangsu University

Biography

Fields of research:
1. Jet Theory and Applications: Mixed characteristics of single hole jet and porous jet, Impact and scour effect of jet, Pulsed jet
2. Hydrodynamic research and vortex-induced vibration of columnar structures: Formation and evolution of columnar structure vortex, Mutual interference of flow in column group structure, Mechanism and control of vortex-induced vibration of columnar structure
3. Inflow test and numerical simulation of fluid machinery: Laser technology (PIV and LDA) to test the inflow characteristics of fluid machinery, Fluid flow analysis in fluid machinery, and CFD numerical simulation, Fluid-induced vibration and fluid-structure coupling
4. Hydrodynamics of Offshore Engineering: Hydrodynamic performance of large offshore structures in complex wind, wave and current marine environments, Design and optimization of offshore equipment, Water and sediment movement and its accompanying pollutants and nutrients transmission process

Main Publications:
1. Wang X.K., Su B.Y., Li Y.L., Wang C.* (2019) Vortex formation and evolution process in an impulsively starting jet from long pipe. Ocean Engineering, 176: 134-143.
2. Si J.H., Lim S.Y., Wang X.K.* (2019) Jet-flipping in a scour hole downstream of an unsubmerged weir with an apron. Journal of Hydraulic Engineering, 145(10): 04019035.
3. Zhang J.F., Chen H.J., Zhou B., Wang X.K.* (2019) Flow around an array of four equispaced square cylinders. Applied Ocean Research, 89: 237-250.
4. Su B.Y.*, Wang X.K., Kabinejadian F., Chin C., Le T.T., Zhang J.M. (2019) Effects of left atrium on intraventricular flow in numerical simulations. Computers in Biology and Medicine, 106: 46-53.
5. Si J.H.*, Lim S.Y., Wang X.K. (2018) Flow structures in evolving scour holes caused by a plunging jet downstream of a weir. Journal of Hydraulic Engineering, 144(6): 04018018.
6. Wang X.K.*, Li Y.L., Yuan S.Q., Tan S.K. (2018) Flow past a near-wall retrograde rotating cylinder at varying rotation and gap ratios. Ocean Engineering, 156: 240-251.
7. Wang X.K.*, Wang C., Li Y.L., Tan S.K. (2017) Flow patterns of a low mass-damping cylinder undergoing vortex-induced vibration: Transition from initial branch and upper branch. Applied Ocean Research, 62: 89-99.
8. Wang C., Shi W.D., Wang X.K., Jiang X.P., Yang Y., Li W., Zhou L.* (2017) Optimal design of multistage centrifugal pump based on the combined energy loss model and computational fluid dynamics. Applied Energy, 187: 10-26.
9. Li Y., Wang X.K.*, Yuan S., Tan S.K. (2016) Flow development in curved rectangular ducts with continuously varying curvature. Experimental Thermal and Fluid Science, 75: 1-15.
10. Li Y.*, Yuan S., Wang X.K., Tan S.K., Mao J. (2016) Comparison of Flow Fields in a Centrifugal Pump among Different Tracer Particles by Particle Image Velocimetry. ASME Journal of Fluids Engineering, 138(6): 061105.
11. Wang X.K.*, Zheng J.X., Tan D.S., Zhou B., Tan S.K. (2016) Study of flow formed by three coplanar impinging pipe jets at inclination angles of 30° and 45°. Environmental Fluid Mechanics, 16(3): 635-658.
12. Zhou B.*, Wang X.K., Guo W., Tan S.K. (2015) Experimental study on flow past a circular cylinder with rough surface. Ocean Engineering, 109: 7-13.
13. Zhou B., Wang X.K.*, Guo W., Tan S.K. (2015) Fluid forces on dimpled circular cylinders at subcritical Reynolds numbers. Experimental Thermal and Fluid Science, 69: 19-26.
14. Wang X.K.*, Niu G.-P., Yuan S.-Q, Zheng J.X., Tan S.K. (2015) Experimental investigation on the mean flow field and impact force of a semi-confined round impinging jet. Fluid Dynamics Research, 47: 025501.
15. Wang X.K.*, Zhang J.-X., Hao Z., Zhou B., Tan S.K. (2015) Influence of wall proximity on flow around two tandem circular cylinders. Ocean Engineering, 94: 36-50.
16. Zhou B.*, Wang X.K., Guo W., Zheng J.X., Tan S.K. (2015) Experimental measurements of the drag force and the near-wake flow patterns of a longitudinally grooved cylinder. Journal of Wind Engineering & Industrial Aerodynamics, 145: 31-40.
17. Wang X.K.*, Hao Z., Zhang J.-X., Tan S.K. (2014) Flow around two tandem square cylinders near a plane wall. Experiments in Fluids, 55: 1818.
18. Zhao K.F., Cheng N.S.*, Wang X.K., Tan S.K. (2014) Experimental measurements of drag fluctuations induced by rigid cylinder array in open channel flows. ASCE Journal of Hydraulic Engineering, 140(1): 48-55.
19. Su B.*, Zhong L., Wang X.-K., Zhang J.-M., Tan R.S., Allen J.C., Tan S.K., Kim S., Leo H.L. (2014) Numerical simulation of patient-specific left ventricular model with both mitral and aortic valves by FSI approach. Computer Methods and Programs in Biomedicine, 113(2): 474-482.
20. Zheng J.X.*, Wang X.K., Tan D.S., Tan S.K. (2014) Experimental investigation of interactions of three co-planar and converging jets. Experiments in Fluids, 55, 1733

 
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