1. Lian,; Liu xz; Ma Bo, Safety assessment and static-dynamic coupling analysis of inverted arch bottom plate of plunge pool, China Science and Technology, 2009, 52( 5), 1397- 14 12.
2. Lian,; Li, Hong Kong; Zhang, Modal identification method of hydraulic structures based on singular entropy reduction and noise reduction, China Science and Technology, 2009, 52( 2), 400-4 12.
3. Lian,; Wang,; Gu, JD. Similarity law of hydraulic jump pressure spectrum. Science Bulletin, 2008,53 (14) 2230-2238.
4. Yes and Li; Study on damage diagnosis of guide wall structure based on support vector machine and modal parameter identification, Journal of Water Conservancy, 2008, 39(6), 652-658.
5. Re-discussion on some problems in structural design of powerhouse of Shuangpai Hydropower Station, Institute of Hydropower, 2008,27 (4),10/-105.
6. Lian Jijian, Min Yang etc. High dam flood discharge project, China Water Resources and Hydropower Press, 2008,5.
7. Lian Jijian, Wan Yi, Zhang Jinliang, Study on Optimal Operation of Cascade Reservoirs under Strong Current, Journal of Hydropower, 2008,27 (1), 18-23.
8. Lian Jijian, Zhang Jianwei, Wang Haijun, Study on damage diagnosis of guide wall structure based on flow response, Journal of Hydropower, 2008,27 (1), 96- 102.
9. Lian Jijian, Zhang Jianwei, et al. Study on modal parameter identification of high arch dams under flood discharge excitation, vibration and impact, 2007,26 (12),10/-105.
10. Study on powerhouse structure of hydropower stations in Lian Jijian, Wang Haijun and Qin Liang, China Water Resources and Hydropower Press, 2007, 12.
1 1. Study on short-term optimal operation of cascade hydropower stations under market bidding, Journal of Hydropower, 2007,26 (4), 16-2 1.
12. Lian Jijian, Wang Jimin, Gu Jinde, Study on Similarity Law of Pressure Spectrum of Water Fluctuation in Hydraulic Jump Area, Science Bulletin, 52( 15), 2007.
13. Lian Jijian, Yang Hong, Li Futian, dynamic displacement identification method for stability of plunge pool floor, Journal of Water Resources, 2007, 38(6), 7 17-723.
14. Lian Jijian, Ma Bin, Li Futian, back analysis method of flow-induced vibration response of high dams, Journal of Hydraulic Engineering, 2007,38 (5), 575-58 1.
15. Lian Jijian, Zhang Huidong, Wang Haijun, neural network prediction of structural vibration of hydropower plants, Journal of Water Resources, 2007, 38(3), 36 1-364.
16. Lian Jijian, Zheng Yang, Si Chundi. Fuzzy comprehensive evaluation of safe operation of water conveyance buildings. Water Resources and Hydropower Technology, 2007, 38(3), 62-64.
17. Lian Jijian, Liu Fang, Zhang Hua, numerical simulation of flood discharge atomization of hydropower station, Journal of Tianjin University, 12(5), 2006 10, 34 1-346.
18. Lian Jijian, Lin Li, hydraulic characteristics and control of multi-hole parallel segmented low-pressure water conveyance system, Journal of Water Conservancy, 2006,37 (8), 950-958.
19. Lian Jijian, Yu Gang, Wang Haijun, Influence of temperature change on reinforcement of spiral case structure of hydropower station, Journal of Tianjin University, 2006,39 (8), 957-963.
20. Tian, et al. , Vibration Analysis of Hydropower Plant during Start-up, Journal of Hydropower, 2006,25 (2), 1-5, 15.
2 1. Lian Jijian, Qin Liang, et al. Structural vibration analysis of hydropower station based on prototype observation. Journal of Tianjin University, 2006,39 (2), 176- 180.
22. Identification Method of Dynamic Characteristics of Supporting Structure during Shutdown of Hydropower Plant, China Engineering Science, 2006,8 (4), 72-75.
23. Lian Jijian, Ma Chao, et al. Short-term optimal operation of cascade hydropower stations based on ant algorithm, Journal of Tianjin University, 2006,39 (3), 264-268.
24. Study on in-plant economic operation of Lian Jijian, AARON Li and Lijiaxia hydropower stations, Journal of Tianjin University, 2006,39 (5), 523-527.
25. Liu Yun, Lian Jian, Huang Caiyuan, Influence of environmental wind and topographic factors on the mathematical model of jet flood discharge atomization, Journal of Water Resources, 2005,36 (10),147-1kloc-0/52.
26. Study on vibration characteristics of superstructure of large hydropower stations, Water Resources and Hydropower, 2005, 36(7), 43-45, 48.
27. Lian Jijian, Qin Liang, Study on Operation Characteristics of Shuangpai Hydropower Station, Water Conservancy and Hydropower Technology, 2005,36 (11), 108- 1 1.
28. Mu, Optimization Analysis of the Structure of Step-by-step Low-pressure Water Transmission Project, 31st General Assembly in 2005, 5042-505 1, September1~16, Seoul, Korea.
29. Lian Jijian, Liu Yun, Numerical Model of Flood Discharge Atomization for Hydroelectric Power Generation, 31st IAHR Conference, 2005, September1~16, Seoul, Korea.
30. Lian Jijian, Liu Yuanyuan, Calculation of Sediment Erosion and Deposition in Sanmenxia Reservoir Based on Improved BP Network, Journal of Tianjin University, 2004, Vol.37 (10), 882-885.
3 1., Wang,,, Study on structural dynamic characteristics of powerhouse of Shuangpaiji Hydropower Station, Journal of Hydropower, 2004, Vol.23 (2), 55-60.
32. Lian Jijian, Wang Chuntao, Inversion of Material Parameters of Lijiaxia Arch Dam Based on BP Neural Network, Journal of Hydropower, 2004, Vol.23 (2), 44-48.
33. Lian Jijian, Minggang Hu, Study on Multi-objective Planning of Sandy River Reservoir, Journal of Hydropower, 2004, Vol.23 (2), 12- 16.
34. Lian Jijian, Hu Zhigang, Study on Dynamic Characteristics of Supporting Structure of Underground Powerhouse of Large Hydropower Station, Journal of Hydropower, 2004, Vol.23 (2), 49-54.
35. Lian Jijian, Li Huokun, Optimal design of main frame of open-top radial gate based on SQP optimization algorithm, Water Resources and Hydropower Technology, 2004, Vol.35 (9), 63-66.
36. Lian Jijian, Wang Haijun, Study on Structural Dynamic Characteristics of Riverbed Hydropower Station, Water Resources and Hydropower Technology, 2004, Vol.35 (8), 37-40.
37. Lian Jijian, Liu Yuanyuan, Prediction of Tongguan Elevation by Improved BP Network, Journal of Water Conservancy, 2003, (8), 96- 100.
38. Lian Jijian, Wang Jun, Calculation of hydraulic transient process of complex water conveyance system by time-varying characteristic method, Water Resources and Hydropower Science and Technology 2003, Volume 34 (9), 12- 14.
39. Lian Jian et al. , hydrodynamic load characteristics and failure analysis of diversion pipeline gate, water conservancy and hydropower technology, 200 1, 32 (9), 10- 13.
40. Lian Jijian et al. Study on structural stability of inverted arch plunge pool bottom plate, Water Resources and Hydropower Technology, 200 1, 32, (12)24-26.
4 1. Practice and construction, etc. Hydraulic characteristics of long-distance segmented low-pressure water conveyance, Water Conservancy and Hydropower Technology, 200 1, 32 (12), 45-46, 48.
42. Lian Jijian et al. , Hydroelastic Model Simulation Method and Application of Hydraulic Structures, Water Conservancy and Hydropower Technology, 200 1, 32 (12), 20-2 1.
43. Lian Jijian et al., Hydraulic Simulation and Calculation of High Arch Dam Vibration Induced by Flood Discharge, Proceedings of the 29th IAHR Conference, 200 1, September.
44. Lian Jijian, Zhao Zidan, Zhan Fengqin, Nonlinear Viscoelastic Model of Sediment Movement under Wave and Current, Science Bulletin, 1999, Vol.44 (17).
45. Lian Jijian, Cui Guangtao, Calculation, Analysis and Verification of Flood Discharge Vibration of High Arch Dam, Journal of Hydraulic Engineering, 1999, (12), 23-32.
46. Lian Jijian et al., Study on Vibration Stability of Hydraulic Gate, Journal of Tianjin University,1999,32 (2), 17 1- 176.
47. Lian Jijian, Zhao Zidan, Nonlinear Viscoelastic Model of Sediment Movement under Wave Action, Science Bulletin, 1999, Vol.44 (4), 445-448.
48. Practice and construction, etc. Present situation and problems of urban water conservancy, water conservancy and hydropower technology, 1999 supplement, vol. 30, 88-9 1.
49. Lian Jijian, Cui Guangtao, Study on Flow-induced Vibration of Guide Wall Structure, Journal of Hydraulic Engineering, 1998, (1 1), 33-37, 68.
50. Lian Jijian, Zhao Zidan, Viscous Sediment Suspended on Soft Clay Bed under Wave Action, Journal of Hydraulic Engineering, 1998, (8), 47-5 1.
5 1. Lian Jijian, Cui Guangtao, back analysis of flow-induced vibration response of hydraulic structures, water conservancy and hydropower technology,1998,29 (8) 51-54.
52. Lian Jijian, Min Yang, Study on Nonlinear Vibration Response of Flat Gate, Journal of Tianjin University,1998,4 (1), 12- 16.
53. Lian Jijian, Zhao Zidan, Turbine Shear Flow and Dimensional Invasion on on Fluid Mud Layer, 5th International Conference on Coherent Dimensional Transport, Seoul, Korea, May, 1998.
54. Lian Jijian, Li Yiping, Study on Flapping Mechanism of Hydraulic Automatic Flapping Door, Journal of Hydraulic Engineering, 1997, (1 1), 56-64, 76.
55. Practice and construction, etc. Several rheological models of silt, Haihe Water Conservancy, 1997, (4), 6- 1 1.
56. Lian Jijian, Hong Roujia, Turbulence Characteristics of Drag Reduction Flow in Muddy River Bed, Journal of Water Conservancy, 1995, (9), 13-24.
57. Lian Jijian, Zhao Zidan, Dynamic Analysis of Suspended Sediment in Water, Journal of Water Conservancy, 1995, (4), 25-33.
58. Lian Jijian, Zhao Zidan, Wave and Current Movement on Sediment Bed, Journal of Tianjin University, 1995, 28 (3), 30 1-308.
59. Lian Jijian, Zhao Zidan, Interaction between Wave and Muddy Seabed, Sediment Research, 1995, (3), 40-50.
60. Lian Jijian, Hong Roujia, Resistance Characteristics of Muddy River Bed, Science Bulletin, 1994, Volume 39 (19), 1796- 1798.
6 1. Lian Jijian, Zhao zidan, response of bottom mud under wave and current, hydrodynamic research and progress, 1994, (4), 460-468.