GAN Lei

Name

Lei Gan

Gender

Male

Date of Birth

1987.02

Position

Professor

Graduated Institution

Hohai University

Major

Hydraulic structure engineering

Degree

Ph.D.

Telephone   Number

13913801656

E-mail

ganlei2015@hhu.edu.cn

Research Interests

(1) Long term operation and function improvement   of hydraulic engineering

(2) Analysis and control technology of seepage in   hydraulic engineering

(3) Safety analysis and comprehensive evaluation   of hydraulic engineering

Awards & Honors

(1)   First Prize of Electric Power Science and Technology Innovation Award,   ranking 2/15

(2)   First Prize of Science and Technology Progress Award for Electric Power   Engineering, ranking 6/15

(3)   Second Prize of Hydropower Science and Technology Award, ranking 2/10

(4)   Second Prize of Science and Technology Progress Award of Electric Power   Construction, ranking 2/10

(5)   Outstanding Communist Party member of Hohai University

(6)   Excellent Supervisor of Undergraduate Graduation Design of Hohai University

(7)   Dayu Scholar from Hohai University

Achievements

Lei Gan, male, born in 1987 in   Fuzhou city, Jiangxi Province, is a young professor in the discipline of   hydraulic structure engineering and the director of the Office of Engineering   Education and Social Cooperation at Hohai University. In recent years, he is   mainly engaged in teaching and scientific research on long-term operation and   function improvement of water engineering, presiding over more than 10   projects of National Natural Science Foundation of China, Natural Science   Foundation of Jiangsu Province, Jiangxi Provincial Water Conservancy Science   and Technology Project, State Key Laboratory Fund Project, Central University   Basic Operation Expenses Project. He has presided over or participating in more   than 20 national major engineering consulting projects such as Lianghekou,   Shuangjiangkou, Rumi, Jiudian Gorge, Xigu, Dashi Gorge, etc. He has published   65 papers, including 23 papers in Class A journals and 16 papers in SCI;   published 2 books, 1 textbook and 1 specification; authorized more than 20 invention   patents (4 transformed), 8 software copyrights, and won 6 science and   technology progress awards at provincial and ministerial level, including 2   first-class and 2 second-class awards each.

Representative Papers

[1] Lei Gan, Guanyun Chen, Zhenzhong Shen, et al. Modification method   of seepage parameters for rough fractures based on digital image technique.   Journal of Petroleum Science and Engineering, 2022.

[2] Lei Gan, Zhenzhong Shen, Ming Xiao. Experimental investigation of   seepage characteristics in porous rocks with a single fracture. Hydrogeology   Journal, 2020.

[3] Lei Gan, Xianwei Feng, Hongwei Zhang, et al. Three-dimensional   meso-numerical model of freeze-thaw concrete based on the porosity swelling   theory,Journal of Materials in Civil   Engineering, 2023.

[4] Lei Gan, Xinzhe Shen, Hongwei Zhang. New deformation back analysis   method for the creep model parameters using finite element nonlinear method.   Cluster Computing, 2017.

[5] Lei Gan, Kailai Zhang, Hongwei Zhang, et al. Coupling analysis of   hydraulic fracturing computation base on element-free method. Cluster   Computing, 2017.

[6] Lei Gan, Guanyun Chen, Zhenzhong Shen, et al. Evolution law of   leakage dissolution of concrete cutoff wall of embankments. Journal of   Hydraulic Engineering, 2022.

[7] Lei Gan, Hongjie Jin, Zhenzhong Shen.Digital image   characterization method of concrete surface roughness and its application. China   Civil Engineering Journal, 2022.

[8] Lei Gan, Hongying Ma, Zhenzhong Shen. Relationship between   characteristic parameters of concrete rough surface morphology and joint   roughness coefficient. China Civil Engineering Journal, 2022.

[9] Lei Gan, Xianwei Feng, Linqun Xu, et al. Strength evolution model   of basalt fiber reinforced concrete under dry-wet cycles of sulfate solutions.   Journal of Southeast University (Natural Science Edition), 2022.

[10] Lei Gan, Hongjie Jin, Zhenzhong Shen. Influencing factors of   characteristic parameters of digital image on concrete surface roughness.   Journal of Southeast University (Natural Science Edition), 2022.

[11] Lei Gan, Hongying Ma, Zhenzhong Shen. Roughness characterization   of concave fracture surface and coefficient fitting of modified cubic law. Journal   of Hydraulic Engineering, 2021.

[12] Lei Gan, Jian Wu, Zhenzhong Shen, et al. Deterioration law of   basalt fiber reinforced concrete under sulfate attack and dry-wet cycle. China   Civil Engineering Journal, 2021.

[13] Lei Gan, Hongjie Jin, Zhenzhong Shen, et al. Experimental investigation   on seepage characteristics of limestone fractures with different roughness   and filling gap width. Chinese Journal of Rock Mechanics and Engineering,   2023.

[14] Lei Gan, Yuan Liu, Zhenzhong Shen, et al. Influence of   construction defects of concrete cutoff wall on its leakage dissolution   evolution law. Chinese Journal of Geotechnical Engineering, 2023.

[15] Lei Gan, Yuan Liu, Zhenzhong Shen, et al. Damage evolution law of   concrete under sulfate attack and freeze-thaw cycle. Journal of Huazhong   University of Science and Technology (Natural Science Edition), 2023.

Projects

[1] Natural Science Foundation of Jiangsu Province, A   model of macro-fine damage evolution and performance evaluation method for   hydraulic concrete under salt freezing.

[2] Key Laboratory Project of the Ministry of Water   Resources, Analysis model of seepage dissolution for concrete cutoff wall in   Yellow River Dike.

[3] Consulting Project of Nanjing Water Resources   Research Institute, Long-term experimental testing of weir materials under   the influence of external environmental factors.

[4] Consulting Project of Nanjing Institute of Water   Resources Research, Identification of groundwater seepage risks and real-time   feeder control during the construction period of the Xixiayuan transmission   and irrigation project through Chuanqin tunnels.

[5] Consulting project of Northwest Survey and Design   Institute of China Electric Power Construction Group, Research and   application of key technology of earth-rock dams on deep overburden.

Personal Website

http://www.scholarmate.com/psnweb/homepage/show