鍾強

1.明渠湍流相干結構的三維形式、形成機制及不同尺度間的相互作用;

2.湍流相干結構與環境過程的相互作用;

3.野外與實驗室內複雜流動中的矢量和標量場測量技術研發. ^[1] 

2008.09-2014.07：清華大學水利水電工程系，工學博士，水力學及河流動力學

2005.07-2008.07：四川大學水利水電學院，工學學士，水利水電工程

其中2011.09-2012.04：Arizona State University，公派聯合培養 ^[1] 

2018.01-至今，中國農業大學大學水利水利與土木工程學院，副教授

2017.08-2017.12，中國農業大學大學水利水利與土木工程學院，講師

2014.07-2017.07，清華大學水利水電工程系，博士後

其中：2014.09-2016.09，University of Notre Dame，Postdoctoral Research Associate ^[1] 

(1)鍾強,劉春晶，陳槐,陳啓剛,王興奎.明渠湍流數據分析方法.科學出版社(2018年出版)；

(2)陳啓剛,陳槐,鍾強,李丹勳.高頻粒子圖像測速系統原理與實踐.清華大學出版社,北京, 2017.

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

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

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

(4) 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;

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

(6) 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;

(7) 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;

(8) 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;

(9) 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;

(10) 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, 27(8):085101;

(11) 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;

(12) 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;

(13) 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;

(14) Chen Qi-gang, Adrian Ronald J. *, Zhong Qiang, Li Dan-xun, Wang Xing-kui. (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;

(15) 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;

(16) 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;

(17) 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;

(18) 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;

(19) 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;

(20)鍾強,陳啓剛,曹列凱,李丹勳*,王興奎. (2015)高壩泄洪水面曲面及流速場的原型測量方法.水科學進展, 26(6):829-836;

(21)苗蔚,陳啓剛,李丹勳*,鍾強. (2015)泥沙起動概率的高速攝影測量方法.水科學進展, 26(5):698-706;

(22)陳槐,鍾強,李丹勳,王興奎*. (2014)雷諾數對空腔水流時均結構的影響.水利學報, 45(1):65-71;

(23)鍾強,王興奎*,苗蔚,李丹勳. (2014)高分辨率粒子示蹤測速技術在光滑明渠紊流黏性底層測量中的應用.水利學報, 45(6):829-836;

(24)鍾強,陳啓剛,李丹勳*,王興奎. (2013)明渠湍流橫向渦旋的尺度與環量特徵.四川大學學報（工程科學版）, 45(S2): 66-70;

(25)鍾強,陳啓剛,王興奎*,李丹勳. (2013)提高PIV片光源質量的研究.實驗力學, 28(6): 692-698;

(26)陳槐,鍾強,王興奎*,任海濤. (2013)不同雷諾數下空腔流的流動特性.四川大學學報（工程科學版）, 45(S2): 14-19;

(27)鍾強,李丹勳,陳啓剛,王興奎*. (2012)明渠湍流中的主要相干結構模式.清華川大學學報（自然科學版）, 45(S2): 66-70;

(28)陳啓剛,鍾強,李丹勳,王興奎. (2012)明渠彎道水流平均運動規律試驗研究.水科學進展, 23(3):369-375;

(29)陳啓剛,李丹勳*,鍾強,王興奎. (2012)基於模式匹配法的明渠紊流渦結構分析.水科學進展, 24(1):95-102;

(30)陳啓剛,李丹勳*,鍾強,王興奎. (2012)粒子拖尾長度對高頻DPIV測量誤差的影響.實驗流體力學, 25(6):77-81;

(31)王龍,李丹勳,楊勝發,鍾強,王興奎*. (2009)採樣頻率及樣本容量對明渠紊流統計值的影響.水科學進展, 20(5):626-631;

(32)王璟玉,張立勇*,鍾強,王勇威,劉玉琨. (2009)高強混凝土的單軸抗壓力學性能試驗研究.建材世界, 30(1): 34-37;

(33)鄧明楓,鍾強,張立勇*,王勇威,劉玉琨. (2008)高性能混凝土抗衝磨性能試驗研究.混凝土, 220(2): 82-86;

(1)楊雨晨,江信寬,鄧兆宇,鄭楓川,鍾強. (2018)重力流頭部運動速度實驗研究.首屆中國空氣動力學大學論文集, CARS-01-2018-039.

(2) Zhong Qiang. (2013). Spanwise vortices and large-scale structures in smooth open channel flows. Proceeding of 35th IAHR World Congress, A10318. ^[1] 

(1)鍾強,段炎衝,李丹勳,曹列凱,陳啓剛,王興奎.基於片光掃描粒子圖像的三維流場高頻測量裝置及其方法.公開號: CN104133078A,授權日期: 2016-08-17;

(2)鍾強,李丹勳,楊文俊,陳啓剛,王興奎.一種天然河流中浮泥流變參數原位實時測量裝置及其方法.公開號: CN104155211A,授權日期: 2016-06-29;

(3)鍾強,陳啓剛,李丹勳,王興奎.一種測量明渠紊流粘性底層流速的方法及裝置.公開號: CN103808958A,授權日期: 2016-04-20;

(4)鍾強,楊文俊,李丹勳,陳啓剛,王興奎.一種天然河流中泥沙濃度級配原位實時測量裝置及其方法.公開號: CN103969171A,授權日期: 2016-02-10;

(5)胡江,鍾強,任海濤,王興奎.一種泥沙淤積物在大水壓力下幹容重變化的試驗裝置及其試驗方法.公開號: CN103558121A,授權日期: 2015-07-15;

(6)陳啓剛,鍾強,李丹勳,王興奎.一種渾水壓強測量裝置.公開號: CN103528748A,授權日期: 2015-06-24;

(7)鍾強,姚仕明,李丹勳,陳啓剛,王興奎.一種含沙濃度和渾水流速垂線分佈的同步實時測量裝置.公開號: CN103134942A,授權日期: 2015-04-15;

(8)王興奎,鍾強,陳啓剛,李丹勳.一種用於流速測量的高頻圖像採集系統.公開號: CN102393193A,授權日期: 2013-05-01; ^[1] 

(1) 2018年8月異重流中的湍流摻混（第四屆錢寧泥沙青年學術沙龍特邀短報告）.邀請人:傅旭東教授,清華大學.

(2) 2017年6月現代水流量測技術：原理與應用.邀請人:易雨君副教授,北京師範大學.

(3) 2017年3月現代水流量測技術：原理與應用.邀請人:楊文俊教授,長江科學院.

(4) 2014年12月Experimental Study on Diverse Scale Coherent Structures in Open Channel Flows (the Environmental Fluid Dynamics Lecture Series Presents a Seminar).邀請人: Harindra J.S. Fernando教授, University of Notre Dame;

(5) 2014年7月明渠湍流中的相干結構.邀請人:楊勝發教授,重慶交通大學.

(1) 2018年8月首屆中國空氣動力學大學:重力流頭部運動速度實驗研究.

(2) 2018年8月第四屆錢寧泥沙青年學術沙龍:異重流中的湍流摻混.

(3) 2015年11月American Physical Society 68th Annual DFD Meeting: Mixing Induced by Colliding Gravity Currents.

(4) 2015年10月5th Investigator Meeting for the Mountain Terrain Atmospheric Modeling and Observations (MATERHORN) Program: Laboratory studies on colliding gravity currents;

(5) 2013年9月35th IAHR World Congress: Spanwise and large-scale structures in smooth open channel flow. (Finals of John F. Kennedy Student Paper Competition)

(6) 2013年6月第6屆全國水力學與水利信息學大會: Population trends of spanwise vortices in smooth open channel flows.

(7) 2012年5月第314屆清華大學博士生論壇:明渠湍流相干結構的主要模式.

(1) 2015年10月5th Investigator Meeting for the Mountain Terrain Atmospheric Modeling and Observations (MATERHORN) Program, Notre Dame, IN, USA;

(2) 2014年9月Workshop on Microscale Modeling of Complex-Terrain Flows, Notre Dame, IN, USA;

(3) 2014年7月4th International PIV Challenge (participant of Case B), Lisbon, Portugal. ^[1] 

(1) 2018.08.13-2018.08.15, Fazle Hussain, Texas Tech University教授,美國工程院院士.邀請方式：順訪;邀請單位:中國農業大學水利與土木工程學院. ^[1] 

1.期刊審稿

(1) Environmental Fluid Mechanics

(2) Journal of Hydrodynamics ^[1]