钟强

Sept 08 –Jul 14

Tsinghua University

Hydraulic Engineering (Ph.D.)

Ph.D.Advisor: Prof. Xing-kui Wang

Sept 05 –Aug 08

Sichuan University

Hydraulic   Engineering (B.E.)

Thesis Advisor:   Prof. Chang-rong He

Jan 18 – Current

Associate Professor –China Agriculture University

College of Water Resources & Civil   Engineering

Aug 17 – Dec 17

Assistant Professor –China Agriculture   University

College of Water Resources & Civil   Engineering

Oct 16 – Jul 17

Postdoctoral Research Associate –   Tsinghua University

Advisor:Prof. Danxun Li

Sep 14 – Sep 16

Postdoctoral Research Associate –University   of Notre Dame

Advisor:Prof. Harindra J.S. Fernando

Sept 11 – Apr 12

Visiting Ph.D. student – Arizona State   University

Advisor:Prof. Ronald J. Adrian

2022

Zhong Qiang, Chen Huai,   Chen Qi-gang, Li Dan-xun. Data processing in open channel turbulence. Science   Press, Beijing, 221 pp (in Chinese, in press).

2016

Chen   Qi-gang, Chen Huai, Zhong Qiang,   Li Dan-xun. High-frequency particle image velocimetry: principle and   application. Tsinghua University Press, Beijing, 263 pp (in Chinese).

Duan Yanchong, Zhong Qiang*, Wang Guiquan, Chen Qigang,   Wang Fujun, & Li Danxun. (2021). Additional spanwise vortices near the   free surface in open channel flows. Journal of Fluid Mechanics, 924.

Duan Yanchong, Zhong Qiang*, Qigang Chen Danxun Li.   (2021) Contributions of very large-scale motions to turbulence statistics in   open channel flows. Journal of Fluid Mechanics, 892:A3;

Han Dixi, Yuan Rui,   Jiang Xinkuan, Geng Siyuan, Zhong Qiang*,   Zhang Yifan, Yao Zhifeng, Wang Fujun. (2021). Nanosecond resolution   photography system for laser-induced cavitation based on PIV dual-head laser   and industrial camera. Ultrasonics Sonochemistry, 78,   105733.

Chen Qigang,   Duan Yanchong, Zhong Qiang, Wang Zongxiang, Huang Lei. (2021). On the method   of determining instantaneous wall shear stress from near-wall velocity   measurements in wall turbulence. Physics of Fluids, 33(12), 125105.

Okon Samuel   Ukpong, Zhong Qiang*, and Zhiguo   He*. (2021) Experimental study on the vertical motion of colliding gravity   currents. Physics of Fluids, 33.1: 016601.

Han Xiaolin, Chen   Kebing, Zhong Qiang*, Chen Qigang,   Wang Fujun and Li Danxun. (2021). Two-dimensional space-time image   velocimetry for surface flow field of mountain rivers based on UAV video. Frontiers   in Earth Science, 9, 526.

Liu Xiaodong, Yan   Tingting, Zhong Qiang*, Liu Zhuqing*,   Wang Fujun, Li Yaojun and Yang Wei. (2021). Comparison of image masking   methods for pump impeller blade region PIV experiments. Journal of Mechanical Science   and Technology, 35(6), 2513-2521.

Liu Xiaodong, Liu   Zhuqing, Zhong Qiang*, Li Yaojun   and Yang Wei. (2021). Experimental investigation of relative velocity field   based on image rotation method in pump impeller. Flow Measurement and   Instrumentation, 82, 102061.

Zhong   Qiang*,   Fazle Hussain, and Harindra JS Fernando. (2020) Phase aligned ensemble averaging   for environmental flow studies. Environmental Fluid Mechanics,   20.5: 1357-1377.

Duan Yanchong,   Qigang Chen, Danxun Li and Zhong Qiang*.   (2020) Contributions of very large-scale motions to turbulence statistics in   open channel flows. Journal of Fluid Mechanics, 892:A3;

Chen Kebing,   Yifan Zhang, and Zhong Qiang*.   (2019) Wavelet Coherency Structure in Open Channel Flow. Water,11(8): 1664;

Zhong   Qiang,   Hussain Fazle, Fernando J.F.S*. (2018) Quantification of turbulent mixing in   colliding gravity currents. Journal of Fluid Mechanics,   851:125-147;

Balasubramanian   Sridhar*, Zhong Qiang. (2018)   Entrainment and mixing in lock-exchange gravity currents using simultaneous   velocity-density measurements. Physics of Fluids, 30(5): 056601;

Roni Hilel   Goldshmid, Stef L Bardoel, Christopher M Hocut, Zhong Qiang, Dan Liberzon, Harindra JS Fernando*. (2018)   Separation of upslope flow over a plateau. Atmosphere, 9(5):165;

Miao Wei, Cao   Liekai, Zhong Qiang, Li Danxun*.   (2018) Influence of the time interval on image-based measurement of bed-load   transport. Journal of Hydraulic Research, 56(4):1-9;

Wang Hao, Zhong Qiang*, Wang Xingkui. (2017)   Quantitative characterization of streaky structures in open channel flow. Journal   of Hydraulic Engineering-ASCE, 143 (10);

Chen Qi-gang, Qi   Mei-lan, Zhong Qiang*, Li Danxun.   (2017) Experimental study on the multimodal dynamics of the turbulent   horseshoe vortex system around a circular cylinder. Physics of Fluids,   29(1):015106;

Zhong   Qiang,   Chen Qi-gang, Chen Huai, Li Dan-xun*. (2017) A Topological Method for Vortex   Identification in Turbulent Flows. Fluid Dynamics Research, 49 (1)   :015509;

Zhong   Qiang,   Chen Qi-gang, Chen Huai, Li Dan-xun*. (2016) A Topological Method for Vortex   Identification in Turbulent Flows. Fluid Dynamics Research, online;

Zhong   Qiang,   Chen Qi-gang, Wang Hao, Li Dan-xun*, Wang Xing-kui. (2016) Statistical   analysis of turbulent super-streamwise vortices based on observations of   streaky structures near the free surface in the smooth open channel flow. Water   Resources Research, 52(5):3563-3578;

Zhong   Qiang,   Chen Qi-gang, Cao Lie-kai, Li Dan-xun, Wang Xing-kui*. (2015) An in-situ   method for measuring surface topography and velocity field of flood flow   discharged from high-dam reservoir. Advances in Water science,   26(6):829-836 (in Chinese);

Miao Wei, Chen   Qi-gang*, Li Dan-xun, Zhong Qiang.   (2015) Imaging-based measurement of pickup probability for sediment   entrainment. Advances in Water science, 26(5):698-706 (in Chinese);

Chen Qi-gang, Zhong Qiang, Qi Mei-lan*, Wang   Xing-kui. (2015) Comparison of vortex identification criteria for planar velocity   fields in wall turbulence. Physics of Fluids (1994-present),   27(8):085101;

Zhong   Qiang,   Li Dan-xun*, Chen Qi-gang, Wang Xing-kui. (2015) Coherent structures and   their interactions in smooth open channel flows. Environmental Fluid Mechanics,   15(3): 653-672;

Chen Huai, Zhong Qiang, Wang Xing-kui, Li   Dan-xun*. (2014) Reynolds number dependence of flow past a shallow open   cavity. Science China-Technological Sciences, 57(11): 2161-2171;

Chen Huai,   Adrian Ronald J. *, Zhong Qiang,   Wang Xing-kui. (2014) Analytic solutions for three dimensional swirling   strength in compressible and incompressible flows. Physics of Fluids, 26(8):   081701;

Chen Qi-gang,   Adrian Ronald J., Zhong Qiang, Li   Dan-xun*, Wang Xingkui. (2014). Experimental study on the role of spanwise   vorticity and vortex filaments in the outer region of open channel flow. Journal   of Hydraulic Research, 52(4):476-489;

Zhong   Qiang,   Wang Xing-kui, Miao Wei, Li Dan-xun*. (2014). High resolution PTV system and   its application in the measurement in viscous sub layer in smooth open   channel flow. Journal of Hydraulic Engineering, 45, online. (in Chinese).

Chen Qi-gang, Zhong Qiang, Li Dan-xun*, Wang Xing-kui.   (2014). An improved swirling-strength criterion for identifying spanwise   vortex in wall turbulence. Journal of Turbulence, 15(2):71-87.

Zhong   Qiang，Chen   Qi-gang, Wang Xing-kui, Li Dan-xun*. (2013). Study on the development of high   quality light sheet formation for TR-PIV. Journal of Experimental   Mechanics, 28(6):692-698. (in Chinese)

Zhong   Qiang，Li   Dan-xun, Chen Qi-gang, Wang Xing-kui*. (2013). The scale and circulation   characteristics of spanwise vortices in open channel flows. Journal   of Sichuan University (Science and Technology),   45(S2):66-70.   (in Chinese)

Chen Huai, Zhong Qiang, Wang Xing-kui*, Ren   Haitao. (2013). Characteristics of cavity flows at different Reynolds numbers.   Journal   of Sichuan University (Science and   Technology), 45(S2):14-19. (in Chinese)

Li Dan-xun*, Zhong Qiang, Yu Ming-zhong, Wang Xing-kui.   (2013). Large-scale particle tracking velocimetry with multi-channel CCD cameras.   International   Journal of Sediment Research, 28(1):103-110.

Chen Qi-gang, Li   Dan-xun, Zhong Qiang，Wang   Xing-kui*. (2013). Analysis of vortex structure in open channel turbulence   based on model matching. Advances in Water Science, 24(1):95-102.   (in Chinese)

Li Dan-xun*, Lin   Qiu-sheng, Zhong Qiang, Wang Xing-kui.   (2013). Bias errors induced by concentration gradient in sediment-laden flow   measurement with PTV. Journal of Hydrodynamics, 24(5):668–674.

Li Dan-xun*, Muste   Marian, Zhong Qiang, Wang Xing-kui.   (2012) An analytical study on turbulence with mixed-flow model and two-phase   model. International Journal of Sediment Research, 27(2):235–239.

Zhong   Qiang，Li   Dan-xun, Chen Qi-gang, Wang Xing-kui*. (2012). Main coherent structure modes   in open channel flows. Journal of Tsinghua University (Science and Technology), 52(6):730-737.   (in Chinese)

Zhong   Qiang,   Li Dan-xun*, Chen Qi-gang, Wang Xing-kui. (2012). Evaluation of the shading method   for reducing image blooming in the PIV measurement of open channel flows. Journal   of Hydrodynamics, 24(2):184-192.

Chen Qi-gang, Zhong Qiang, Li Dan-xun, Wang Xing-kui*.   (2012). Experimental study of open channel flow in a bend. Advances   in Water Science, 23(3):369-375. (in Chinese)

Chen Qi-gang, Li   Dan-xun, Zhong Qiang, Wang Xing-kui*.   (2011). Bias error induced by particle tailing in DPIV measurement. Journal   of Experiments in Fluid Mechanics, 25(6):77-81. (in Chinese)

Li Dan-xun*,   Wang Xing-kui, Zhong Qiang. (2010).   Bias errors induced by cross-talk in two-phase flow measurements. Journal   of Hydraulic Research, 48(2):250-254.

Wang Long, Li   Dan-xun, Yang Sheng-fa, Zhong Qiang,   Wang Xing-kui*. (2009). Influence of sampling frequency and sample size on   turbulence statistics in open-channel flow measurements. Advances in Water Science,   20(5):626-631. (in Chinese)