JIN Feng
Professor, Changjiang Scholar Chair Professor
Email:jinfeng@tsinghua.edu.cn
Educational Background
1992, Ph.D., Department of Hydraulic Engineering, Tsinghua University.
1987, B. Eng., Department of Hydraulic Engineering, Tsinghua University.
Work Experience
1997 to 2000, Xinjiang Shimenzi Reservoir / Deputy Chief Engineer and Team Leader
1996, Concordia University, Canada / Visiting Scientist
1992 to date, Department of Hydraulic Engineering, Tsinghua University / Lecturer, Associate Professor, Professor, Changjiang Scholar Chair Professor
Teaching Courses
Hydraulic Structures
Advanced Hydraulic Structures
Research Interests
NSFC Key Project 51239006: Study on Rock-filled concrete
Huaneng Project: Study on rapid construction for TBM
Research Projects
NSFC Key Project 51239006: Study on Rock-filled concrete
Huaneng Project: Study on rapid construction for TBM
Professional Service
Vice Chair of Technical Committee on Hydraulic Structures,Chinese Hydraulic Engineering Society
Vice Chair of Teaching Guidance Committee on Water Resource and Engineering, Ministry of Education,PRC
Vice Chair of Technical Committee on Public Cognition and Public relation,Chinese Commission on Large Dams
Member of Standardization Technical Committee of National Energy Administration, PRC (NEA / TC15)
Member of Standardization Technical Committee of Ministry of Water Resources
Member of Engineering Education Accreditation Committee on Hydraulic Engineering
Opt Members of the CMD Technical Committee of ICOLD
Honors and Awards
2017, National Technology Invention Award, Second Class: “Rock-filled concrete dams”
2012, National Science and Technology Progress Award, Second Class: “Static and dynamic failure mechanism and safety evaluation of high concrete dams”
2010, National Science and Technology Progress Award, Second Class: “Key technologies for 200m high Roller Compacted Concrete gravity dams”
2009, National Science and Technology Progress Award, Second Class: “New design theory and practice for RCC arch dams”
1999, National Natural Science Award, Third Class: “Dynamic and static modeling of coupled high dam-foundation-reservior system”
2011, Zhang Guangdou Outstanding Young Scientists Award, awarded by the achievements in the research and engineering consultant in hydraulic structure field
2011, First Prize of Dayu Water Science and Technology, New Design Theory and Practice of Roller Compacted Concrete Arch Dam
2008,Distingiushed teacher award for higher education in Beijing.2008,Second Prize of Teaching Achievement in Beijing, Cultivation of High-level Talents to Meet the Needs of National Water Strategy in the New Century
2006,First Prize of Science and Technology in Gansu Province, Intelligent Electro-Hydraulic Servo Control Static and Dynamic Triaxial Test Machine
2006,Third Prize of Natural Science in Tianjin, Fluctuation and Dynamic Problem of Complicated Foundation-Structure System
1999,Ministry of Education of the Outstanding Young Teachers Award
Second Prize of Electric Power Technology Award in China, Reasonable Layout of Extra Large Scale Underground Caverns and Stabilization Analysis of Surrounding Rock
1998,Mao Yisheng Youth Science and Technology Award in Beijing
1996,Second Prize of Progress in Science and Technology by National Education Commission, Research on Earthquake Wave Model and Stability Analysis of Excavation and Blasting of High Rock Slope
1996,Youth Science and Technology Talent Award by Ministry of Water Resources
1995,Second Prize of Progress in Science and Technology by National Education Commission, Numerical Simulation of Infinite Foundation and Input Method of Arch Dam Earthquake
Educational Background
Editorships of Standards and Technical Bulletin:
• Ministry of Water Resources Standard "Technical Guidelines for Cemented Material Dam" (SL678-2014) / Associate Editor
• National Energy Administration Standard "Design Guidelines for Rock-filled concrete dams" / Associate Editor
• Bulletin of International Commission on Large Dams “Rock-filled Concrete Dam”/ Chief Editors

Patents:
[1] Jin Feng, An Xuehui, Construction method for Rock-Filled Concrete dams, 2003, Chinese invention patent, patent number: ZL03102674.5
[2] Jin Feng, An Xuehui, Zhou Hu, Construction method for Ordinary Rock-Filled Concrete, 2007, Chinese invention patent, patent number: ZL200710100315.3
[3] An Xuehui, Jin Feng, Zhou Hu, Construction method for Grouting Riprap Rock-Filled Concrete, 2007, Chinese invention patent, patent number: ZL200710121791.3
[4] An Xuehui, Jin Feng, Yuan Xiasheng, He Shiqin, Wang Haichao, Reinforced structure and reinforcing steel structure of reinforced structure in concrete structures and structures, 2007, Chinese invention patent, patent number: ZL200610144276.2
[5] Jin Feng, An Xuehui, Duan Yunling, He Shiqin, Zhou Hu, A concrete dam caisson reinforcement method, 2008, Chinese invention patent, patent number: ZL200810114515.9
[6] Wang Jinting, Jin Feng, Yu Wenjie, An Xuehui, Zhou Hu, Rockfill concrete and cemented gravel composite dam and its design and construction method, 2010, Chinese invention patent, patent number: ZL201010256664.6
[7] An Xuehui, Jin Feng, A static material mixing device, 2006, Chinese invention patent, patent number: ZL200610011506.8
[8] An Xuehui, Huang Zhibin, Zheng Zhiren, Jin Feng, Li Zhengping, He Shiqin, Wu Yuandong, Zhang Zuyi, Li Wen, An all-continuous concrete production method and system, 2005, Chinese invention patent, patent number: ZL200510012200.X
[9] Wang Jinting, Peng Xiaolan, Wang Qiang, Jin Feng, Support horizontal shear measuring device and measuring method, 2010, Chinese invention patent, patent number: ZL201010195304.X
[10] Wang Jinting, Wang Qiang, Peng Xiaolan, Jin Feng, A unidirectional bearing shear measuring device and measuring method, 2010, Chinese invention patent, patent number: ZL201010160564.3
[11] Liu Tianyun, Zhang Jianmin, Jia Xiqun, Li Qingbin, Xiao Xuehong, Zhang Bingyin, Zhang Jianwei, Jin Feng, Shi Luying, Wang Enzhi, Large multi-functional materials triaxial test machine, 2005, Chinese invention patent, patent number: ZL2005100111130.6
[12] Zhang Jianmin, Xie Xiaoping, Nie Jianguo, Jin Feng, Hong Di, A composite dam, 2010, Chinese invention patent, patent number: ZL201010260220.X
[13] Bi Zhongwei, Sun Qicheng, Jin Feng, Liu Jianguo, Zhang Chuhan, A particle material photoelastic tester, 2011, Chinese invention patent, patent number: ZL201110323800.3
[14] Xu Yanjie, Jin Feng, Zhang Hongzeng, Wang Jinting, Rockfill dam reinforcement method based on rockfill concrete, 2013, Chinese invention patent, patent number: ZL201310116483.7
[15] Jin Feng, Zhou Hu, Chen Songgui, An Xuehui, Wang Jinting, Construction method for an underwater rockfill concrete, 2011, Chinese invention patent, patent number: 201110117387.5
[16] Wang Jinting, Wang Lixin, Liu Ning, Jin Feng, An Xuehui, Xu Qianjun, Zhou Hu, Yao Guoyou, An ecological embankment, 2012, Chinese invention patent, patent number: 201210591446.7
[17] Wang Jinting, Wang Lixin, Liu Ning, Jin Feng, An Xuehui, Xu Qianjun, Zhou Hu, Yao Guoyou, An ecological embankment, 2012, Chinese invention patent, patent number: 201210591446.7
[18] Wang Jinting, Ji Weiqiang, Jin Feng, Wang Lixin, Liu Ning, An Xuehui, Zhou Hu, Determination of the Content of Cementitious Gravel by Phenolphthalein Titration, 2012, Chinese invention patent, patent number: 201210593081.1
[19] Liu Tianyun, Jin Feng, Li Qingbin, Zhou Mengxia, Gui Yao, A full sponge energy absorption damping device, 2013, Chinese invention patent, patent number: 201310561636
[20] An Xuhui, Chen Changjiu. Zhou Hu, Jin Feng, Grouting method of the RFC dam, 2013, Chinese invention patent, patent number: 201310547991
[21] Zhou Hu, Jin Feng, An Xuehui, Liang Yinpeng, Construction method of a kind of underwater non-dispersed cementitious self-compaction material, 2015, Chinese invention patent, patent number: ZL201310465710
[22] Wang Jinting, Gui Yao, Zhu Fei, Jin Feng, A shear measuring device and measuring method suitable for real-time coupling dynamic test, 2014, Chinese invention patent, patent number: 201410213791
[23] Liu Tianyun, Jin Feng, Li Qingbin, Saturated sand liquefaction damper device, 2014, Chinese invention patent, patent number: 201410212072
[24] Jin Feng, An Xuehui, Zhou Hu, Wang Jinting, Huang Miansong, Chen Changjiu, Construction method for rockfill concrete rolloing dams, 2014, Chinese invention patent, patent number: 201410159054
[25] An Xuehui, Han Guoxuan, Jin Feng, Chen Changjiu, Liu Chunna, Self-compacting concrete using industrial solid waste and its preparation method, 2015, Chinese invention patent, patent number: 2015101151997
[26] Jin Feng, Zhou Hu, Liu Ning, An Xuehui, Li Shun, Reinforcing and construction method for a dam wire body, 2016, Chinese invention patent, patent number: 201610186318.2
[27] Jin Feng, Liu Ning, Zhou Hu, An Xuehui, Wang Wei, Li Fengliang, Cementing rockfill dam, 2017, Chinese invention patent, patent number: 201710671580.0
[28] Jin Feng, Liu Ning, Zhou Hu, An Xuehui, Wang Wei, Li Fengliang, Construction method for core wall cementing rockfill dam, 2017, Chinese invention patent, patent number: 201710922869.5
[29] Jin Feng, Wang Wei, Zhou Hu, Sample preparation apparatus for cemented granular material, method for preparing sample of cemented granular material, 2017, Chinese invention patent, patent number: 201711163307.3
[30] Jin Feng, Wang Wei, Zhou Hu, Tan Wei, Li Feng Liang, Vegetation-type ecological concrete, 2017, Chinese invention patent, patent number: 201721323211.4
[31] Jin Feng, Wang Wei, Zhou Hu, Sample preparation equipment for cementing granular materials 2017, Chinese invention patent, patent number: 201721566767.6
[32] Wang Wei, Jin Feng, Zhou Hu,Tan Wei, Zhang Yao, Pan Changcheng, Double pot of cement mixer, 2017, Chinese invention patent, patent number: 201721374561.3


Engineering Design, Review and Consulting Projects
Designer:
o Xinjiang Shimenzi Reservoir (Roller Compacted Concrete dam with 109m high)/ deputy chief engineer, field leading designer;
o Anonymous Reservoir in Beijing (the first Rockfilled Concrete dam in the world with 15m high)/Chief engineer and manager.

Member of Dam Safety Panel:
o Xiaowan Hydropower Plant (Conventional concrete dam with 295m high);
o Jinping I Hydropower Plant (Conventional concrete dam with 305m high);
o Xiluodu Hydropower Plant (Conventional concrete dam with 287.5m high);
o Dagangshan Hydropower Plant (Conventional concrete dam with 210m high);
o Wuxikou Xiaowan Hydropower Plant (Conventional concrete dam with 46m high);
o Alagou Reservoir (Rockfill dam with 105m high);
o Meiyaogou Reservoir (Rockfill dam with 30m high) and more than 10 projects.

Member of Design Review Committee:
o Jinanqiao Hydropower Plant (Conventional concrete dam with 160m high);
o Ludila Hydropower Plant (Conventional concrete dam with 140m high);
o Xiluodu Hydropower Plant (Conventional concrete dam with 287.5m high);
o Dagangshan Hydropower Plant (Conventional concrete dam with 210m high);
o Jinping I Hydropower Plant (Conventional concrete dam with 305m high) and more than 10 projects.

Member of Consultant Committee:
o Xiangjiaba Hydropower Plant (Conventional concrete dam with 162m high);
o Xiaowan Hydropower Plant (Conventional concrete dam with 295m high);
o Jinping I Hydropower Plant (Conventional concrete dam with 305m high);
o Xiluodu Hydropower Plant (Conventional concrete dam with 287.5m high);
o Dagangshan Hydropower Plant (Conventional concrete dam with 210m high);
o CCS Hydropower Plant (in Ecuador) and more than 10 projects.

Consultant for design institute:
o Longtan Hydropower Plant (Roller compacted concrete dam with 192m high);
o Xiaowan Hydropower Plant (Conventional concrete dam with 295m high);
o Jinping I Hydropower Plant (Conventional concrete dam with 305m high);
o Xiluodu Hydropower Plant (Conventional concrete dam with 287.5m high);
o Dagangshan Hydropower Plant (Conventional concrete dam with 210m high) and more than dozen projects.
Supervisor of consultant for Rock-filled Concrete Dam:
o Baoquan pumped storage power plant (auxiliary RFC dam with 34m high);
o Songling Reservoir(RFC dam with 90m high);Baijia Hydropower Plant (RFC dam with 69m high);
o Qingyu Reservoir(RFC dam with 42m high);
o Shankou Hydropower Plant (RFC coffer dam with 32m high);
o Shaping II Hydropower Plant (RFC dam with 63m high) and more than dozen projects.

Books:

• Zhang Chuhan, Jin Feng, Wang Jinting, Xu Yanjie:Nonlinear Behavior and Seismic Safety Evaluation of Concrete Dams. Tsinghua University Press. ISBN:978-7-302-27863-4,Beijing
• Jin Feng, An Xuehui, Zhou Hu: Rock-filed concrete technology (in Chinese)
• Zhang Chuhan, Jin Feng, Hou Yanlie, Zhou Yuande: Discrete - Contact - Fracture Analysis for Rock and Concrete, Tsinghua University Press, ISBN 978-7-302-18176-7, Beijing (in Chinese)
• Sun Qicheng, Hou Meiyin, Jin Feng: Physics and Mechanics for Granular Matter, Science Press, Beijing, 2011 (in Chinese)

Papers:

1. Zhang Chuhan, Song Chongmin, Wang Guanglun and Jin Feng. “Stress analysis of monolithic gravity dams by 3D infinite boundary elements,” Proc. 2nd. China-Japan Sym. BEM, 1988
2. Zhang Chuhan, Song Chongmin, Wang Guanglun and Jin Feng. “3-D infinite boundary elements and simulation of monolithic dam foundations,” Commun. Appl. Num. Methods, 5, 1989,389-400
3. Zhang Chuhan, Jin Feng and Wang Guanglun. “Seismic interaction between arch dam and rock canyon.” Proc. 11th World Conf. Earthq. Eng. Acapulco, Mexico,1996
4. Zhang Chuhan, Jin Feng and Wang Guanglun. “An infinite boundary element for 2-D dynamic wave problem,” Proc. 4th China-Japan Sym. BEM,1991
5. Zhang Chuhan, Pekau, O.A. and Jin Feng. “Application on FE-BE-IBE coupling to dynamic interaction between alluvial soil and rock canyons,” Earthq. Eng. Struc. Dyn. Vol. 21, 1992.
6. Zhang Chuhan, Jin Feng and Wang Guanglun. “A method of FE-BE-IBE coupling for seismic interaction of arch dam-canyons,” Proc. 5th Japan-China Sym. BEM, 1993.
7. Ren Yuntao, Jin Feng, Zhang Chuhan and Wang Guanglun. “Infinite boundary elements for 2D SH wave propagation problems,” Proc. 6th China-Japan Sym. BEM, 1994.
8. Zhang Chuhan, Jin Feng and Wang Guanglun. “'Time domain procedure of FE-BE-IBE coupling for seismic interaction of arch dams and canyons,” Earthq. Eng. Struc. Dyn. Vol. 24 1995.
9. Ren Yuntao, Jin Feng and Zhang Chuhan. “A time domain BEM for wave propagation problems in 2D orthotropic media and its applications,” Proc. 7th Japan-China Sym. BEM, Fukuoka, Japan, 1996
10. Jin Feng, Zhang Chuhan and Wang Guanglun. “Effects of SSI on dynamic stresses of Xiaowan arch dam,” Proc. 4th Inter. Sym. Struc. Eng. for Young Experts. 1996
11. Zhang Chuhan, O. A. Pekau, Jin Feng and Wang Guanglun. “Application of distinct element method in dynamic analysis of high rock slopes and blocky structures,” Soil Dyn. Earthq. Eng. No.12, 1997.
12. Zhang Chuhan, Jin Feng and Xu Yanjie. “Effects of soil-structure interaction on nonliear response of arch dams,” Proc. of Chinese-Swiss Workshop on SSI, Beijing, China, 1997
13. Jin Feng, Wang Guanglun and Zhang Chuhan. “A hybrid procedure of distinct- boundary element for discrete rock dynamic analysis,” Proc. of Chinese-Swiss Workshop on SSI, Beijing, China, 1997.
14. Zhang Chuhan, Xu Yanjie and Jin Feng, “Effects of soil-structure interaction on nonlinear response of arch dams,” 11th European Conference on Earthquake Engineering, No. T3-ZHAEOS, 1998.
15. Zhang Chuhan, Jin Feng, Xu Yanjie and Wang Guanglun, “Nonliner seismic response analysis of Xiaowan arch dam with contraction joint,” Proc. 12th World Conference on Earthquake Engineeing, Auckland, New Zealand, 2000.
16. Zhang Chuhan, Xu Yanjie, Wang Guanglun and Jin Feng,“Non-linear seismic response of arch dams with contraction joint opening and joint reinforcements,” Earthq. Eng. Struc. Dyn. Vol. 29, 2000.
17. Zhang Chuhan, Xu Yanjie, Wang Guanglun and Jin Feng,“Earthquake behavior of arch dams,” Proc. Sino-American Conference on Earthquake Engineering, 2000,
18. Jin Feng, Pekau, O.A. and Zhang Chuhan,“A 2-D time domain boundary element method with damping,” Int. J. Numer. Method in Eng. Vol.51 No.6,647-661,2001.
19. Liu Haixiao, Zhang Chuhan,Jin Feng, Li Zeng,“Analytical and experimental study on wave propagation problems in orthortopic media,” Chinese Sci. Bull., Vol 46.NO. 4,289-296,2001
20. Yan Junyi, Jin Feng and Zhang Chuhan, “A coupling procedure of FE and SBFE for soil-structure interaction in time domain,” Proc. 3rd International Conf. BE Techniques. Beijing, 2002.
21. Yan Junyi, Jin Feng, Xu Yanjie, Wang Guanglun and Zhang Chuhan, “A seismic free field input model for FE-SBFE coupling in time domain,” Earthquake Engineering and Engineering Vibration, Vol. 2, No. 1, 51-58,2003.
22. Jin Feng, Zhang Chuhan, Wang Gang, Wang Guanglun, “Creep Modeling in Excavation Analysis of a High Rock Slope,” J. Geo. & Geo Eng. ASCE, No. 9, Vol.129, 849-857, 2003.
23. Zhang Chuhan, Ren Yuntao, Pekau, O.A., Jin Feng, “Time domain boundary element method for underground structures in orthotropic media,” J. Eng. Mech, ASCE, Vol. 130, No.1, 105-116, 2004.
24. Yan Junyi, Zhang Chuhan, Jin Feng, “A coupling procedure of FE and SBFE for soil-structure interaction in the time domain,” Int. J. Numer. Methods Eng., Vol. 59, No. 11, 1453-1471, 2004.
25. Y. Zhuge, Jin Feng, S. Hunt, “The prediction of damage to masonry houses caused by foundation movements,” Advances in Structural Engineering, Vol. 7, No.1, 81-93, 2004.
26. Yan Junyi, Zhang Chuhan, Jin Feng “A Finite Element-Scaled Boundary Finite Element coupling for soil-structure interaction,” Proc. of WCCM VI, Beijing, 2004.
27. Zhang Chuhan, Xu Yanjie, Jin Feng and Wang Guanglun, “Studies on Seismic Behavior of Xiaowan Arch Dam and Earthquake Resistance Measures,” Proc. of 13WCEE, Vancouver, 2004.
28. Wang Jinting,Zhang Chuhan and Jin Feng“Analytical solutions for dynamic pressures of coupling fluid-solid-porous medium due to P wave incidence,” Earthquake Engineering and Engineering Vibration, Vol. 3, No. 2, 263-271, 2004.
29. Liu Yi,Jin Feng,Li Qing,“Tunnel Reinforcement Design by Using BI-directional Evolutionary Structural Optimization,” 6th World Congress on Structural and Multidisciplinary Optimization, 2005.5.
30. Huang Miansong,Zhou Hu,An Xuehui,Jin Feng “The Environmental Impact Assessment of Rock-Filled-Concrete Technology in Dam Construction,” International Conference Hydropower, C314, Kunming, 2006.
31. Yi Liu,Jin Feng,Qin Li,“A strength-based multiple cutout optimization in composite plates using fixed grid finite element method,” Composite Structures, Vol. 73, 403-412, 2006.
32. Obara T,An X,Jin Feng “Environment impact evaluation of a new type continuous mixing plan for dam construction,” The International Symposium on Social Management Systems,2007,Yichang,Hubei,China
33. Xiujun Fang,Jin Feng,Chuhan Zhang,“Modeling of fracture process under water pressure in crack using XFEM,” International Symposium on Conputational Mechanics,223-230,2007,Beijing,China.
34. Jin Feng,Zhang Chong,Wang Renkun,Feng Xuemin,Failure Process Simulation of Meihua Arch Dam by Mode Discrete Element Method,Proceedings of 8th International Conference on Analsyis of discontinuous deformation,2007, Beijing, China,189-194.
35. Zhang Chong,Jin Feng,Wang Renkun,Feng Xuemin,3-D Mode Discrete Element Method,Proceedings of 8th International Conference on Analsyis of discontinuous deformation,2007, Beijing, China,213-220.
36. Li Penghui,Chen Hon,Luo Hongbo,Hu Yu,Jin Feng 3-D Simulating Analysis for Thermal Control during Construction Period on DAHUASHUI RCC Arch Dam,Proceedings of the Fifth International Symposium on Roller Compacted Concrete Dams,2007,Guiyang,China.
37. Liu Yi,Jin Feng,Li Qing,Zhou Shiwei,A fixed-grid bidirectional evolutionary structural optimization method and its applications in tunnelling engineering,Int. J. Numer. Meth. Engng Vol.73,1788–1810,2008.
38. Jin Feng,Yang Jian,Wang Jinting,A primary digital dam simulation system for an arch dam. Proc. Of 1st International conference on long time effects and seepage behavior of dams, 2008, Nanjing, China, 13-22.
39. Liang Tong,Jin Feng,FEM seepage analysis of Ertan dam. Proc. Of 1st International conference on long time effects and seepage behavior of dams, 2008, Nanjing, China, 282-287.
40. Huang Miansong,An Xuehui,Zhou Hu,Jin Feng,Rock-filled concrete, a new type of concrete. International FIB Symposium,Amsterdam, NETHERLANDS, MAY 19-21, 2008
41. Huang Miansong,An Xuehui,Zhou Hu,Jin Feng,Rock-filled concrete-development, investigation and applications. International water power and dam construction,No.4,20-24,2008.
42. Jin Feng,Zhang Guoxin, Luo Xiaoqing,Zhang Chuhan, Modelling autogenous expansion for magnesia concrete in arch dams, No.3, Vol. 2, 211-218, 2008, Frontiers of Architecture and Civil Engineering in China.
43. Long Yuchuan, Zhang Chuhan and Jin Feng. “Numerical simulation of reinforcement strengthening for high-arch dams to resist strong earthquakes,” Earthquake Engineering and Structural Dynamics 2008, 37: 1739-1761.
44. Zhang Chuhan, Jin Feng. “Seismic safety evaluation of high concrete dams Part I: state of the art design and research,” 14th WCEE, Beijing, S13-080, 2008,Keynote.
45. Zhang Chuhan, Jin Feng, Pan Jianwen, Long Yuchuan. “Seismic safety evaluation of high concrete dams Part II: Earthquake behavior of arch dams: case study,” 14th WCEE, Beijing, China, S13-081,2008,Keynote.
46. Fang Xiujun,Jin Feng,Yang Qingda,”Extended finite-element analysis of fractures in concrete,Engineering and Computational Mechanics,” Vol. 161,EM4,187-197,2008.
47. An Xuehui, Huang Miansong, Zhou Hu, Jin Feng Rock-Filled concrete in China-Self-compacting concrete for massive concrete,Proc. PRO 65 SCC’2009, RILEM, 615-627, Beijing, 2009
48. Wang Qiang,Wang Jinting,Chi Fudong,Jin Feng,Zhang Chuhan,Real-time dynamic hybrid testing for soil-structure interaction analysis,Proc. 3rd AESE,San Francisco,USA,2009
49. Wang Jinting,Zhang Chuhan,Jin Feng,Analytical solutions for dynamic pressures of coupling fluid-porous medium-solid due to SV wave incidence,INTERNATIONAL JOURNAL FOR NUMERICAL AND ANALYTICAL METHODS IN GEOMECHANICS,Vol. 33,No.12,1467,2009.
50. Bi Zhongwei,Zhang Ming,Jin Feng,Non-local damage and fracture model of rock and concrete-like materials,Transactions of Nonferrous Metals Society of China (English Edition), Vol 9, No. SUPPL. 3,824-828, 2009.
51. Bi Zhongwei,Jin Feng,Zhang Ming,Zhang Chuhan, Fixed Crack Model based on Total Strain Theory,International Conference on Modeling, Simulation and Optimization,2009.
52. Bi Zhongwei,Sun Qicheng,Jin Feng,Zhang Chuhan, Correlation between force chains and Granular matter under biaxial test, IS-Shanghai,449-451,2010.
53. Bi Zhongwei, Zhang Ming,Cheng Meiyu,Jin Feng,Fixed Crack Model and Engineering Utilization based on Total Strain Theory,IS-Shanghai,1043-1048,2010.
54. Chi Fudong,Wang Jinting,Jin Feng,Delay-dependent stability and added damping of SDOF real-time dynamic hybrid testing,Earthquake Engineering and Engineering Vibration,No.3,VOl.9,425-438,2010.
55. Liu Tianyun, Zhao Chongbin, Zhang Chuhan, Jin Feng, A semi-analytical artificial boundary for time-dependent elastic wave propagation in two-dimensional homogeneous half space, Soil Dynamics and Earthquake Engineering, v 30, n 11, p 1352-1360, 2010.
56. Jin Feng, Chen Zhen, Wang Jinting, Yang Jian, Practical procedure for predicting non-uniform temperature on the exposed face of arch dams, Applied Thermal Engineering, Vol.30, No.14-15, 2146-2156, 2010.
57. Sun Qicheng, Jin Feng, Liu Jianguo, Zhang Guohua, Understanding force chains in dense granular materials, International Journal of Modern Physics B, Vol. 24, No. 29, 5743–5759, 2010.
58. Jin Feng, Zhang Chong,Hu Wei, Wang Jinting, 3D mode discrete element method: Elastic model,International Journal of Rock Mechanics & Mining Sciences,Vol. 48 ,No.1, 59-66,2011.
59. Wang Jinting, Jin Feng, Zhang Chuhan, Seismic safety of arch dams with aging effects, Sci China Tech Sci, Vol.54, 522-530, 2011.
60. Wang Xiang, Jin Feng, Prempramote Suriyon, Song Chongmin, Time-domain analysis of gravity dam–reservoir interaction using high-order doubly asymptotic open boundary, Computers and Structures, Vol. 89, 668–680, 2011.
61. Wang Qiang, Wang Jinting, Jin Feng, Chi Fudong, Zhang Chuhan, Real-time dynamic hybrid testing for soil–structure interaction analysis, Soil Dynamics and Earthquake Engineering.
62. Jin Feng, Xin Haili, Zhang Chuhan, Sun Qicheng, Probability-based contact algorithm for non-spherical particles in DEM, Powder Technology, Vol.212 ,134–144,2011.
63. Bi Zhongwei,Sun Qicheng,Jin Feng,Zhang Ming, Numerical study on energy transformation in granular matter under biaxial compressions,Granular Matter,Vol.13,No.4,503-510, 2011.
64. Gao Yichao, Jin Feng,Wang Xiang, Wang Jinting,Finite element analysis of dam-reservoir interaction using high-order doubly asymptotic open boundary,Mathematical Problems in Engineering,Volume 2011.
65. Pan Jianwen,Zhang Chuhan, Xu Yanjie, Jin Feng, A comparative study of the different procedures for seismic cracking analysis of concrete dams,Soil Dynamics and Earthquake Engineering, Vol. 31, 1594–1606,2011.
66. Jin Feng, Hu Wei, Pan Jianwen, Yang Jian, Wang Jinting, Zhang Chuhan, Comparative study procedure for the safety evaluation of high arch dams, Computers and Geotechnics, Vol.38, No.3, 306-317,2011.
67. Liu Jianguo,Sun Qicheng,Jin Feng,The influence of flow rate on the decrease in pressure beneath a conical pile,Powder Technology,Vol.212 ,296–298,2011.
68. Qicheng Sun,Shixiong Song, Jin Feng,Zhongwei Bi,Elastic energy and relaxation in triaxial compressions,Granular Matter,Vol.13,743-750,2011.
69. Liu Jianguo,Sun Qicheng,Jin Feng, Bi Zhongwei,Photoelastic study of force chains,International Symposium on Geomechanics and Geotechnics - From Micro to Macro,Shanghai,CHINA,2011.
70. Bi Zhongwei,Sun Qicheng,Liu Jianguo,Jin Feng,Microscale parameters variation in biaxial tests,International Symposium on Geomechanics and Geotechnics - From Micro to Macro ,Shanghai,CHINA,2011.
71. Bi Zhongwei,Zhang Ming, Cheng Meiyu, Jin Feng,Stability analysis of jointed slope based on smeared crack model,International Symposium on Geomechanics and Geotechnics - From Micro to Macro ,Shanghai,CHINA,2011.
72. Yang Jian,Hu Yu,Zuo Zheng,Jin Feng,Li Qingbin,Thermal analysis of mass concrete embedded with double-layer staggered heterogeneous cooling water pipes,Applied Thermal Engineering,Vol. 35,145-156,2012.
73. Wang Jinting, Zhang Chuhan, Jin Feng, Nonlinear earthquake analysis of high arch dam–water–foundation rock systems, Earthquake Engineering and Structural Dynamics, Vol.41, No.7, 1157-1176, 2012.
74. Wang Jinting, Jin Feng, Zhang Chuhan, Estimation error of the half-power bandwidth method in identifying damping for multi-DOF systems, Soil Dynamics and Earthquake Engineering, Vol. 39, 138–142,2012.
75. Jianwen Pan, Yanjie Xu, Jin Feng,Chemo-damage model for concrete anisotropic expansion caused by alkali-aggregate reaction,Applied Mechanics and Materials,Vols. 204-208,3230-3235,2012.
76. Jianwen Pan, Y. T. Feng, Jin Feng, Yanjie Xu, Qicheng Sun, Chuhan Zhang, D. R. J. Owen, Meso-scale particle modeling of concrete deterioration caused by alkali-aggregate reaction , Int. J. Numer. Anal. Meth. Geomech. 2012
77. Pan J W, Feng Y T, Wang J T, Sun Q C, Zhang C H, Owen D R J,Modeling of alkali-silica reaction in concrete: a review,Frontiers of Structural and Civil Engineering,Vol.6,No.1, 1-18,2012
78. Chen Songgui, Sun Qicheng Jin Feng, Calculation of Drag Force on an Immersed Cylinder in Bingham Fluids Using a MRT-LB Model, 2012
79. Zhongwei Bi, Qicheng Sun, Jin Feng, Ming Zhang, Chuhan Zhang. Temporal correlation of force and position in granular materials. China Particuology, 2012, 10(3): 306-309.
80. Song Shixiong, Sun Qicheng, Jin Feng, Steady state sulotion of granular solid hydrodynamics for triaxial compressions, Discrete element modeling of particulate media, RSC publishing, 2012
81. Sun Qicheng, Song Shixiong, Jin Feng, Jiang Yimin, Entropy productions in granular materials. Theoretical and Applied Mechanics Letters, Vol. 2, No.2, 2012
82. Sun Qicheng, Song Shixiong, Liu Jianguo, Fei Minlong, Jin Feng, Granular materials: bridging damaged solids and turbulent fluids. Theoretical and Applied Mechanics Letters, Vol. 2, No.3, 2012
83. Song Shixiong, Sun Qicheng, Jin Feng, Zhang Chuhan, Application of granular solid hydrodynamics to a well-graded unbound granular material under triaxial tests. Frontier of Structural and Civil Engineering, Vol. 7, No.7, 83-88, 2013
84. Wang Jinting, Lü Dandan, Jin Feng and Zhang Chuhan, Accuracy of the half-power bandwidth method with a third-order correction for estimating damping in multi-DOF systems, Earthquake Engineering and Engineering Vibration, Vol.12, No.1, 33-38, 2013
85. Wang Jinting, Jin Feng, Zhang Chuhan, Reflection and transmission of plane waves at an interface of water/porous sediment with underlying solid substrate, Ocean Engineering, Vol.63, 8-16, 2013
86. Wang Jinting, Lv Dandan, Jin Feng, Zhang Chuhan, Earthquake damage analysis of arch dams considering dam–water–foundation interaction, Soil Dynamics and Earthquake Engineering, Vol.49, 64–74, 2013
87. Sun Qicheng, Zhang Guohua, Jin Feng. The Stress Distribution in Polydisperse Granular Packings in Two Dimensions. Chinese Physics Letters, Vol.30, No.2, 028301, 2013.
88. Sun Qicheng, Jin Feng, Gordon G. D. Zhou. Energy characteristics of simple shear granular flows. Granular Matter, Vol.15, 119–128, 2013.
89. Jianwen Pan, Y.T. Feng, Jin Feng, Chuhan Zhang, Numerical prediction of swelling inconcrete arch dams affected by alkali aggregate reaction, European Journal of Environmental and Civil Engineering, Vol.17,No. 4, 231-247,2013
90. Yichao Gao, Jin Feng, Yanjie Xu and Jian Yang, Development of pre-processor for OpenSees based on Patran Command Language, Applied Mechanics and Materials, Vols. 409-410, 1615-1619, 2013
91. Wang Jinting, Jin Feng, Zhou Bing and Zhang Chuhan, A Centrifuge Test for the Dynamic Stability of Arch Dam-Abutment Systems, Journal of Earthquake and Tsunami Vol. 7, No. 5, 2013
92. Wang Jinting, Wang Shuo, and Jin Feng, Measurement and Evaluation of the Thermal Expansion Coefficient of Rock-Filled Concrete, Journal of Testing and Evaluation, Vol. 41, No. 6, pp. 951–958, 2013, doi:10.1520/JTE20120293.
93. Gui Yao, Wang Jinting, Jin Feng, Chen Cheng, Zhou Mengxia. Development of a family of explicit algorithms for structural dynamics with unconditional stability. Nonlinear Dynamics 2014; 77(4): 1157-1170.
94. Zhou Mengxia, Wang Jinting, Jin Feng, Gui Yao, Zhang Chuhan. Real-time dynamic hybrid testing coupling finite element and shaking table. Jounral of Earthquake Engineering 2014; 18(4): 637-653.
95. Lyv Dandan, Wang Jinting, Jin Feng, Zhang Chuhan. Reflection of plane waves at a water–porous sediment interface with a double porosity substrate. Transport in Porous Media 2014; 103(1):25-45.
96. Gui Yao, Wang Jinting, Zhou Meng-Xia, Zhu Fei, Jin Feng. Real-time dynamic hybrid testing for multi-storey structures installed with tuned liquid dampers. The Sixth International Conference on Structural Control and Monitoring. Barcelona, Spain, July 15-17, 2014. Paper ID 130.
97. Chen, S.G., Sun, Q.C., Jin Feng. and Liu, J.G. Simulations of Bingham plastic flows with the multiple-relaxation-time lattice Boltzmann model. SCIENCE CHINA 57(3):532-40, 2014.
98. Liu, J.G., Sun, Q.C., Jin Feng. and Liu, Q.K. STUDIES ON STRUCTURAL AND MECHANICAL PROPERTIES UNDER ISOSTATIC COMPRESSION WITH LARGE-SCALE DISCRETE ELEMENT SIMULATIONS. Acta Mech Solida Sin. 27(2):129-36 (2014).
99. Song, S.X., Sun, Q.C., Jin Feng and Zhang, C.H. Analysis of parameters in granular solid hydrodynamics for trixial compression tests. Acta Mech Solida Sin. 27(1):15-27 (2014).
100. Zhang, G.H., Sun, Q.C., Shi, Z.P., Feng, X., Gu, Q. and Jin Feng Effect of size polydispersity on the structural and vibrational characteristics of two-dimensional granular assemblies. Chinese Physics B. 23(0763017), 2014.
101. Pan Jianwen,Xu Yanjie,Jin Feng,Zhang Chuhan,A unified approach for long-term behavior and seismic response of AAR-affected concrete dams,Soil Dynamics and Earthquake Engineering, 63:193-202,2014
102. Pan Jianwen,YT Feng,Jin Feng,Zhang Chuhan,DRJ Owen,Comparison of different fracture modelling approaches to gravity dam failure,Engineering Computations, 30(1):18-32,2014
103. Pan Jianwen,Xu Yanjie,Jin Feng,Seismic performance assessment of arch dams using non-linear analysis,European Journal of Environmental and Civil Engineering,DOI: 10.1080/19648189.2014.960950,2014
104. Xie Yuetao,Corr David J,Chaouche Mohend,Jin Feng ,Shah, Surendra P., Experimental study of filling capacity of self-compacting concrete and its influence on the properties of rock-filled concrete, CEMENT AND CONCRETE RESEARCH, 56, 121-128, 2014.
105. Zhu Fei,Wang Jinting,Jin Feng,Zhou Mengxia,Gui Yao,Simulaion of large-scale numerical substructure in real-time dynamic hybrid test, Earthquake Engineering and Engineering Vibration,Vol.13,No.4,599-610,2014
106. Zhu Fei,Wang Jinting,Jin Feng,Gui Yao,Zhou Mengxia, Analysis of delay compensation in real-time dynamic hybrid testing with large integrationtime-step,Smart Structures and Systems, Vol.14,No.6,1269-1289,2014
107. An Xuehui, Wu Qiong, Jin Feng, Huang Miansong, Zhou Hu, Chen Changjiu, Liu Chunna, Rock-filled concrete, the new norm of SCC in hydraulic engineering in China, CEMENT & CONCRETE COMPOSITES, Vol. 54 , 89-99, SI, 2014.
108. He Chunhui, Wang Jinting, Zhang Chuhan, Jin Feng, Simulation of broadband seismic ground motions at dam canyons by using a deterministic numerical approach, Soil Dynamics and Earthquake Engineering, 2014,doi:10.1016/ j.soildyn.2014.12.004
109. Sun Qicheng, Jin Feng, Wang Guangqian, Song Shixiong, Zhang Guohua, On granular elasticity, SCIENTIFIC REPORTS, Vol.5, 9652, 2015.
110. Pan Jianwen, Xu Yanjie, Jin Feng, Seismic performance assessment of arch dams using incremental nonlinear dynamic analysis, EUROPEAN JOURNAL OF ENVIRONMENTAL AND CIVIL ENGINEERING, Vol.19, No.3, 305-326 , 2015.
111. Xie Yuetao, Corr David J,Jin Feng,Zhou Hu,Shah Surendra P., Experimental study of the interfacial transition zone (ITZ) of model rock-filled concrete (RFC),CEMENT & CONCRETE COMPOSITES,Vol. 55,223-231,2015.
112. Zhu Fei, Wang JinTing,Jin Feng,Chi Fu-Dong, Gui Yao,Stability analysis of MDOF real-time dynamic hybrid testing systems using the discrete-time root locus technique,EARTHQUAKE ENGINEERING & STRUCTURAL DYNAMICS,Vol.44,No.2,221-241,2015.
113. Pan Jianwen, Xu Yanjie, Jin Feng,Wang Jinting,Seismic stability assessment of an arch dam-foundation system,EARTHQUAKE ENGINEERING AND ENGINEERING VIBRATION,Vol.14 No.3, 517-526, 2015.
114. He Chunhui, Wang Jinting, Zhang Chuhan, Jin Feng, Simlulation of broadband seismic ground motions at dam canyons by using a deterministic numerical approach, Soil Dynamics and Earthquake Engineering, Vol.76, 136-144, 2015
115. Wang Jinting, Gui Y,Zhu Fei, Jin Feng, Zhou Mengxia,Real-time hybrid simulation of multi-story structures installed with tuned liquid damper,Structural Control and Health Monitoring, 2015.
116. Zhu Fei, Wang Jinting, Jin Feng, Gui Yao, Comparion of explicit intergration algorithms for real-time hybrid simylation, Bulletin of Earthquake Engineering, Vol.14,No.1, 89-114, 2016.
117. Wang Jinting,Gui Yao,Zhu Fei,Jin Feng,Zhou Mengxia,Real-time hybrid simulation of multi-story structures installed with tuned liquid damper,STRUCTURAL CONTROL & HEALTH MONITORING,Vol.23,No.7, 1015-1031, 2016.
118. Wu Chao, Pan Jianwen, Zhong Wen, Jin Feng, Testing of High Thermal Cycling Stability of Low Strength Concrete as a Thermal Energy Storage Material,APPLIED SCIENCES-BASEL, Vol.7,No.10, 271,.
119. Cao Peng,Jin Feng,Feng Decheng,Zhou, Changjun,Hu Weichao,Prediction on dynamic modulus of asphalt concrete with random aggregate modeling methods and virtual physics engine,CONSTRUCTION AND BUILDING MATERIALS, Vol 125,987-997,2016.
120. Wang Yiyang, Jin Feng, Xie Yuetao, Experimental Study on Effects of Casting Procedures on Compressive Strength, Water Permeability, and Interfacial Transition Zone Porosity of Rock-Filled Concrete, JOURNAL OF MATERIALS IN CIVIL ENGINEERING, Vol.28, No. 8, 04016055.
121. Xu Xiaorong,Sun Qicheng,Jin Feng,Chen Yanpei,Measurements of velocity and pressure of a collapsing granular pile,POWDER TECHNOLOGY,Vol.303,147-155,2016.
122. Cao Peng,Jin Feng,Zhou, Changjun,Feng Decheng,Song Wenchao,Steady-state dynamic method: An efficient and effective way to predict dynamic modulus of asphalt concrete,CONSTRUCTION AND BUILDING MATERIALS,Vol 111,54-62,2016.
123. Fei Minglong,Sun Qicheng,Xu Xiaorong, Jin Feng,Zhou Gordan,Simulations of multi-states properties of granular materials based on non-linear granular elasticity and the MiDi rheological relation,POWDER TECHNOLOGY,Vol.301,1192-1102,2016.
124. Zhang Chuanhu,Chen Songgui,Sun Qicheng,Jin Feng,Free-surface Simulations of Newtonian and Non-Newtonian Fluids with the Lattice Boltzmann Method,ACTA GEOLOGICA SINICA-ENGLISH EDITION,Vol.90,No.3, 999-1010,2016.
125. Jin Xinxin,Jin Feng,Liu Ning,Sun Qicheng,Analysis of elastic energy relaxation process for granular materials at quasi-static state, ACTA PHYSICA SINICA,Vol.66, No.9,Article No. 096102.
126. Chen Songgui,Zhang Chuanhu,Feng Yuntian,Sun Qicheng,Jin Feng,Three-dimensional simulations of Bingham plastic flows with the multiple-relaxation-time lattice Boltzmann model,ENGINEERING APPLICATIONS OF COMPUTATIONAL FLUID MECHANICS, Vol.10, No.1,346-359, 2016.
127. Cao Peng,Zhou, Changjun,Jin Feng,Feng Decheng, Fang X, Tire-Pavement Contact Stress with 3D Finite-Element Model-Part 1: Semi-Steel Radial Tires on Light Vehicles, JOURNAL OF TESTING AND EVALUATION, Vol 44, No. 2, 788-800,2016.
128. Cao Peng,Feng Decheng, Jin Feng, Fang X,Zhou, Changjun,Tire-Pavement Contact Stress With 3D Finite-Element Model-Part 2: All-Steel Tire on Heavy Vehicles,JOURNAL OF TESTING AND EVALUATION,Vol 44,No. 2,801-811,2016.
129. Liu Chuanqi,Sun Qicheng,Jin Feng,Structural signature of a sheared granular flow,POWDER TECHNOLOGY,Vol.288,55-64,2016.
130. Jia Jinsheng, Michel Lino, Jin Feng, Zheng Cuiying, The Cemented Material Dam: A New, Environmentally Friendly Type of Dam, ENGINEERING, Vol. 2, No.4, 490-497, 2016.
131. Zhu Fei, Wang Jinting, Jin Feng, Lu liqiao, Seismic Performance of Tuned Liquid Column Dampers for Structural Control Using Real-Time Hybrid Simulation, JOURNAL OF EARTHQUAKE ENGINEERING, Vol.20, No.8, 1370-1390, 2016.
132. Liu Chuanqi, Sun Qicheng,Jin Feng,Zhou Gordan,A fully coupled hydro-mechanical material point method for saturated dense granular materials,POWDER TECHNOLOGY,Vol.314,110-120,2017.
133. Yang Jian,Jin Feng,Wang Jinting,Kou Lihang,System identification and modal analysis of an arch dam based on earthquake response records,SOIL DYNAMICS AND EARTHQUAKE ENGINEERING,Vol.92,109-121, 2017.
134. Qiu Liuchao, Jin Feng, Lin Pengzhi, Liu Yi, Han Yu, Numerical simulation of submarine landslide tsunamis using particle based methods, JOURNAL OF HYDRODYNAMICS, Vol. 29, No.4, 542-551, 2017.
135. Zhu Fei, Wang Jinting, Jin Feng, Lu Liqiao, Gui Yao, Zhou Mengxia, Real-time hybrid simulation of the size effect of tuned liquid dampers, STRUCTURAL CONTROL & HEALTH MONITORING, Vol.24, No.9, e1962, 2017.
136. Zhu Fei, Wang Jinting, Jin Feng, Lu Liqiao, Real-time hybrid simulation of full-scale tuned liquid column dampers to control multi-order modal responses of structures,ENGINEERING STRUCTURES,Vol.138, 74-90.
137. Zhang Chuanhu, Soga Kenichi,Krishna Kumar,Sun Qicheng,Jin Feng, Numerical study of a sphere descending along an inclined slope in a liquid,GRANULAR MATTER,Vol.19, No.4, 85.
138. Pan Jianwen, Zou Renxin, Jin Feng, Experimental Study on Specific Heat of Concrete at High Temperatures and Its Influence on Thermal Energy Storage, ENERGIES, Vol.10, No.1,33, 2017.
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