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FACULTY Associate Professor
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 Assistant Professor 

Dengsong Li

October 6, 2022 

【Basicinformation】

Name:Li Deng-song

Title:Associate Professor

Email:Lds809@126.com; Lids@cuit.edu.cn

【Personalprofile】

Doctor of Engineering of Sichuan University, postdoctoral fellow of Sichuan University. It hashostedor participated in more than projects supported by laboratories, enterprises and institutions, such asthe National Natural Science Foundation of China (Host),the National Natural Science Foundation of Sichuan (Host), special funding for Sichuan Postdoctoral Science Foundation, open projects of National Key Laboratories, and so on. It has published more than 10 academic papers such as SCI/EI/CSCD as the first author, 4 of which have been by indexed by SCI and EI. It has obtained 4 authorized patents, including 1 invention patent. It has made 4 academic conference reports at home and abroad and won the excellent paper of the 2016 Academic Annual Conference of the Chinese Hydraulic Engineering Society.

【Research field】

Computational Fluid Dynamics; Hazard Hydraulics in Mountainous Areas; Application of Learn Machine (Hydraulic Engineering).

【Main achievements】

Paper

[1]Li DengSong, Yang KeChen, Zhou Shunwen. Effect of Residual Cofferdam at the Diversion Tunnel Inlet on the Index of River Closure and the Dumped materials: A Case Study[J].Ain Shams Engineering Journal,2021.(Q2,IF=3.18)

[2]Li Dengsong, Dai Guangqing, Jin Xing, Qi Lijian, Tang Wei.Three-dimensional numerical simulation of the flow characteristics and local scour around closure dike with one-way closing [J].Chinese Journal of Hydrodynamics,2020, 35(04):444-453.

[3]Li Dengsong, Dai Guangqing, Jin Xing,Zeng Yun, Qi Lijian.Research and application of three-dimensional numerical model of local scour based on finite volume method [J].Chinese Journal of Computational Mechanics, 2020, 37(03):332-339.

[4]Li Dengsong, Yang Qing, Ma Xudong, Dai Guangqing. Case Study on Application of the Step with Non-Uniform Heights at the Bottom Using a Numerical and Experimental Model [J]. Water, 2018, 10(12). (SCI,Q2,IF=3.103)

[6]Dengsong Li, Qing Yang, Xudong Ma, et al.Free-surface characteristics of flow around two side-by-side circular cylinder,Journal of marine science and engineering,2018,6(3).(SCI,Q2,IF=2.458)

[7]Li Dengsong,Yang Qing,Fang Pengyuan,Chang Ziduo,Dai Guangqing.Hydraulic characteristics above the local elevated steps in a curved spillway [J].Applied Engineering Science, 2018, 50(04):82-88.

[8]Li Dengsong,Tang Jinbo,Jin Xin,Qi Lijian,Dai Guangqing, Gong Yueting.Three-dimensional numerical simulation of the influence of advancement patterns on local scour around dike[J].Hydro-Science and Engineering,2021.

[9] Fan Pengyuan, Yang Qing,Zhong Jian,Li Dengsong, Dai Guangqing. Experimental study on energy dissipater in the downstream for crest spillway of arch dam[J]. Journal of Sichuan Uninversity (Engineering Science Edition), 2016,48(S1):55-60.

[10]Song Wenwu,Li Dengsong,Fu Jie,Zhang Wei,Wang Rui,Liu Mei.Micro genetic algorithm based optimization low specific speed pump lmpeller[J].Fluid Machinary, ,2014,42(04):42-46.

[11]Li Dengsong, Yang Qing, Dai Guangqing, Maxudong.Numerical simulation on hydraulic characteristics of high permeability river closure materials [J]. 2016 Academic Annual Conference of the Chinese Hydraulic Engineering Society,Beijing,2016. (Group report)

[12]Li Dengsong, Dai Guangqing, Yang Qing, et al. Numerical simulationof free-surface behind two side-by-side circular cylinders. 20th Congress of IAHR-APD,Colombo,2016. (Group report)

Projects

[1]The National Natural Science Foundation of China:Study on the mechanism of instability and collapse caused by local scour for closure dike with large slope bed(Grand number:52109096),2022.01-2024.12. (Host, under research)

[2] The National Natural Science Foundation of Sichuan:Prediction of the collapse of closure dike and emergency protection based on CFD technology and machine learning(Grand number:22NSFSC3556), 2022.01-2023.12. (Host, under research)

[3] Open Foundation of State Key Laboratory of Compressor Technology:State information perception and intelligent diagnosis and prediction of hydrogenation compressors based on machine learning, Open Foundation of State Key Laboratory of Compressor Technology(Grand number:SKL-YSJ202107),2021.12-2023.12. (Host, under research)

[4] Fujian Institute of Water Conservancy and Hydropower Research:Research on key technologies of riverbed evolution characteristics of Yangtou reach of Saijiang River in Fu'an(Grand number:332621SKE202105),2021.10-2022.12. (Host, under research)

[5] Sichuan Province Key Laboratory of Higher Education Institutions for Comprehensive Development and Utilization of Industrial Solid Waste in Civil Engineering:Research on technology and anti-scour effect of coal gangue as ecological river embankment filling material,(Grand number:SC_FQWLY-2021-Z-04),2022.01-2023.12. (Host, under research)

[6] Sichuan Bolian Civil and Hydraulic Engineering Design Consulting Co., Ltd.:Study on hydrodynamic characteristics of sudden flood and its influence on water quality in Fuhe reach of Jinjiang River,(Grand number:SCBL-2020-3-16), 2020.03-2020.12. (Host)

Patents and Awards:

[1] Lin Jiayi, Wang Donglei, Shi Yanru, Li Yuanyong, Liu Zeming, Lei Kun,Li Dengsong.A mast-type bladeless wind power generation device with a sawtooth structure in the cone [P]. Sichuan Province: ZL202021192451.7, 2021-01-22. (Utility model, Guide undergraduate students to obtain authorization)

[2] Wang Yiwei, Zhang Yunhao, Wei Junjie, Chen Shanchuan, Huang Wanchun,Li Dengsong.A bladeless wind power generation device with a tapered wind column tip[P]. Sichuan Province: ZL202020195011.0,2020-10-09.(Utility model, Guide undergraduate students to obtain authorization)

[3]Li Dengsong, Dai Guangqing, Yang Qing, Du Zhenyu, Ma Xudong, Fan Pengyuan, Chang Ziduo, Zhong Jian, Hu Chengbo.Improved tetrahedral dumped material for closure engineering [P]. Sichuan: ZL201610343703.3, 2016-09-21.

[4]JiangYue,Li Dengsong.A Stable and Adjustable Pitot tube [P]. Sichuan: ZL202120584986.7, 2021-10-22. (Utility model, Guide undergraduate students to obtain authorization)

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