1. The basic situation:
SHI Danda, male, born in January 1979, Zhejiang Zhoushan, PhD, professor, PhD supervisor, vice President of the institute of Marine science and engineering (in charge of the undergraduate course, foreign affairs), water conservancy engineering discipline, head of the enrollments.
2. The academic and professional affiliations:
(1) of The International Association for Engineering Geology and The Environment, The IAEG C34 - Marine Engineering Geology themselves, Member;
(2) the soil mechanics and geotechnical engineering branch of China civil engineering institute reef in geotechnical engineering professional committee, committee member;
(3) civil engineering institute of Shanghai geotechnical mechanics and engineering professional committee, committee member;
(4) "Marine engineering" the fourth session of the council, executive director;
(5) the water transportation engineering the fifth session of the council, executive director;
(6) the water resources and hydropower technology editorial board, guest editor.
(7) of the national natural science foundation engineering and materials science, earth science, communication evaluation experts;
(8) the Ministry of Education degree and graduate education development center, evaluation experts.
(9) in Zhejiang province port engineering professional senior engineer qualification review committee, member of expert database;
(10) the Ocean Engineering ", "China Ocean Engineering", "Bulletin of Engineering Geology and the Environment", "Advances in Civil Engineering", "journal of geotechnical Engineering," journal of water conservancy, the rock and soil mechanics, "journal of Engineering science, journal of central south university, journal of Ocean university of China," journal of Shanghai university, Fuzhou university journal, journal of Shenzhen university, "journal of Hebei university of technology," the Yangtze river proceedings of the national academy of sciences ", "journal of disaster prevention and mitigation Engineering," Marine Engineering ", "China the Karst", journal of water resources and hydropower technology, the computer aided Engineering referees.
3. Education background:
2004.09 ~ 2007.08 in geotechnical engineering of tongji university PhD student
2001.09 ~ 2004.06 a master's degree in dalian university of technology in geotechnical engineering
1997.09 ~ 2001.06 in dalian ocean university port and river regulation engineering undergraduates
4. Work and research experience:
2018.09 to Shanghai maritime university of Marine science and engineering, a professor at the school
2010.06 ~ 2018.09 Shanghai maritime university institute of Marine environment and engineering/associate professor, institute of Marine science and engineering
(2018.06 in 2012.06 the new master unripe adviser, new PhD supervisor)
2007.09 ~ 2010.06 Shanghai maritime university transportation institute/institute of Marine environment and engineering lecturer
2014.10 ~ 2014.11 at the university of western Australia Centre for Offshore international Foundation Systems, a visiting scholar
2012.09 ~ 2013.09 at the university of western Australia Centre for Offshore international Foundation Systems, a visiting scholar
5. The master courses:
(1) undergraduate students: "the port engineering" (Shanghai municipal education commission key courses);
(2) the graduate student: "modern experimental technology and numerical simulation" (Shanghai boutique course group construction of graduate students and the school graduate student course emphasis).
6. Teaching and research:
(1) Shanghai university undergraduate course focuses on teaching reform project "engineering education accreditation of teaching and talent training mode reform", the project leader, 2018.01 ~ 2019.10.
(2) Shanghai maritime university teaching reform project "port channel and coastal engineering major undergraduate course practice teaching system and innovation model research", the project director, 2010.05 ~ 2011.05.
(3) the port channel and coastal engineering undergraduate education in Shanghai highland construction project, the main members.
(4) "port channel and coastal engineering applied undergraduate professional pilot project in Shanghai, the main members.
(5) "soil mechanics courses" teaching team, the Shanghai municipal key members.
(6) "soil mechanics" Shanghai municipal excellent courses, the main members.
(7) "construction management" Shanghai municipal excellent courses, the main members.
7. The research paper:
(1) Liu Wenbai, Jiang Jianping, Tang Peng, Zhang Jie. Based on engineering education accreditation of the course teaching and talent training mode reform - in Shanghai maritime university port channel and coastal engineering, for example. Education teaching BBS, 2019, 48, 92-94.
(2) Jiang Jianping, institutes, Liu Wenbai. Research on theory and practice of engineering education accreditation. Maritime higher education research, 2019, 1:1-3.
Institutes of (3), Li Junhua Deng Yibing, Feng Zhaoshu. "modern experimental technology and numerical simulation of postgraduate course teaching method reform of the new discussion. Education teaching BBS, 2013, 7:28 and 29.
(4) institutes, Liu Wenbai, Deng Yibing, GuanXiuGuang. The curriculum practice teaching link of port engineering exploration and innovation. (ancient, 2013, 1:195-196.
(5) Jiang Jianping, Liu Wenbai, Xiang-hao Wu, institutes, Li Junhua, Deng Yibings. The concept and characteristics of undergraduate course teaching team in colleges and universities to explore. Science and technology innovation herald, 2012, 5:199.
(6) Jiang Jianping, Liu Wenbai, Xiang-hao Wu, institutes, Li Junhua, Deng Yibings. "engineering construction management" teaching team construction of practice and research. The information science and technology, 2012, 1:200.
(7)Jiang Jianping, Liu Wenbai, Xiang-hao Wu, institutes, Li Junhua, Deng Yibings. The necessity of undergraduate course teaching team construction. Information science and technology, 2012, 4:226.
(8) Liu Wenbai, institutes, Deng Yibings. "port engineering construction simulation experiment research." maritime higher education research, 2011, 1:31-33.
(9) Liu W B, Shi D D (institutes), Deng Y b. Construction and application of simulation experiment on "Port and Waterway and Coastal Engineering." Proceedings of Information and Management Engineering International Conference, 2011, part5:316-320. (EI)
(10), Liu Wenbai. "the computer aided engineering design" the practice of bilingual teaching and discussion. (ancient, 2010, 21:43, 51.
(11), Liu Wenbai, xiang-hao wu, Deng Yi. Port channel and coastal engineering speciality in our school undergraduate course practice teaching mode exploration. Maritime higher education research, 2010, 3:4-5.
8. Research direction:
(1) macro micro soil mechanics and particle discrete element simulation technology
(2) port, coastal and Marine geotechnical engineering
(3) the coastal soft soil foundation treatment and dredging soil resource utilization
(4) the coastal and ocean engineering safety and disaster prevention
9. The scientific research project (head) :
(1) the national natural science fund projects "screw anchor in the calcareous sand injection induced on the particle breakage mechanism and load-bearing characteristics research" (No. 41772273), and 2018.01 ~ 2021.12.
(2) youth fund of national natural science fund project "under cyclic rotation of principal stress axes the mesoscopic mechanism of saturated sand liquefaction research and numerical simulation" (No. 50909057), and 2010.01 ~ 2012.12.
(3) science and technology commission of Shanghai "action plan" science and technology innovation ability of local institutions construction project "harbor wharf of CFRP composite pipe pile corrosion control design and key technology research and application of service performance" (No. 19040501800), and 2019.04 ~ 2022.04.
(4) science and technology commission of Shanghai "scientific and technological innovation action plan" key areas of soft science research project of "industrialization way of dredged mud comprehensive utilization of strategic resources, government policy guidance and mechanism system innovation research" (No. 16692105400), and 2016.06 ~ 2017.06.
(5) the Shanghai municipal education commission of scientific research innovation projects "bank liquefaction flow slide destruction caused the macro mesoscopic mechanism of piled wharf earthquake disaster and multi-scale coupling simulation" (No. 15 zz081), 2015.01 ~ 2017.12.
(6) the Shanghai municipal education commission of scientific research innovation projects "earthquake under the action of gravity wharf foundation liquefaction flow slide destruction of the mesoscopic mechanism research and prevention and control technology" (No. 11 yz132), 2011.01 ~ 2013.12.
(7) the Shanghai municipal education commission project expenditure budget "port engineering large uneven soft ground rapid processing technology research" (No. 2008076), and 2007.12 ~ 2009.12.
(8) in geotechnical and underground engineering of tongji university key laboratory of the Ministry of Education open fund "the visual triaxial test of saturated sand liquefaction and mesoscopic mechanics numerical simulation" (No. - TJGE - B0904 KLE), 2010.09 ~ 2012.09.
(9) in Shanghai universities cultivate excellent young teachers' scientific research fund fast "dredging the pretreatment of the filled soil and the foundation reinforcement technology research" (No. Shs08004), 2009.01 ~ 2010.12.
(10) of Shanghai maritime university academic innovation team "typical ocean engineering disasters dynamic evolution mechanism and security prevention and control technology", 2013.5 to 2016.4, the team leader.
(11) Shanghai all the material engineering detection co., LTD. The project "mechanical and electrical energy consumption of industrial product measurement monitoring method research", 2016.04 ~ 2017.04, horizontal topic.
(12) Shanghai Zhongcai engineering detection co., LTD. The project of "industrial energy consumption itemized metering monitoring system platform development", 2016.03 ~ 2017.03, horizontal topic.
10. Research projects (mainly involved in) :
(1) the major research projects of national natural science fund to foster project "earthquake under the action of sand liquefaction caused in the process of underground structure dynamic disaster refinement study" (No. 90815008), and 2009.01 ~ 2011.12, the cooperation unit leaders.
(2) on the project of national natural science fund "coupling complex environment conditions affecting fine study of contact with the structure function system" (No. 51078228), and 2011.01 ~ 2013.12, the third.
(3) the youth fund of national natural science fund project "Marine environmental damage mechanism of the durability of prestressed concrete pipe pile and horizontal load bearing performance degradation law research" (No. 51609135), and 2017.01 ~ 2019.12, the third.
(4) the State Oceanic Administration Marine public welfare industry special major scientific research projects corpus "dredging mud field mixed reclamation technology integration and demonstration application research" (No. 201105024), and 2011.01 ~ 2014.12, the second.
(5) Sichuan university hydraulics and the development and protection of state key laboratory of mountainous rivers and open fund "based on the particle breakage and rheological effect of rockfill dam deformation mechanism for a long time research" (No. SKHL1704), 2018.01 ~ 2019.12, the second.
(6) in Zhejiang province science and technology plan projects "domain of coastal and port area uneven soft ground rapid processing technology" (No. 2008 c23023), 2008.01 ~ 2009.12, the second.
(7) the Shanghai municipal education commission of scientific research innovation projects "on the bearing properties of pile foundation and mesoscopic mechanism study" (No. 7 zz99), 2006.12 ~ 2009.12, the second.
(8) Shanghai maritime university fund project "the contact characteristics and soil under the complex stress numerical simulation" (No. 20110005), and 2011.01 ~ 2012.12, the second.
(9) Shanghai maritime university fund project "the soil and structure of macro mesoscopic mechanism research and numerical simulation" (No. 20100074), and 2010.01 ~ 2011.12, the third.
(10) Shanghai harbour city of dangerous goods logistics co., LTD. The project "dangerous cargo container port storage temperature monitoring system technology research", 2014.12 ~ 2015.12, the third.
(11) Shanghai Zhongcai engineering detection co., LTD. The project "acoustic resonance condition online test building wall act the role of the technology research of bonding defects on the surface", 2014.01 ~ 2015.12, the second.
(12) the first Marine research institute of the State Oceanic Administration the project "the seabed sediment microstructure characteristics test and parameter extraction, 2014.01 ~ 2014.04, the third.
(13) in Shanghai and all the material engineering detection co., LTD. The project "the underground pipeline damage detection technology research", 2012.01 ~ 2012.12, the third.
(14) Sany heavy industry co., LTD.the project "tidal flats equipment foundation experiment" to the construction site and 2008.12 ~ 2009.03, the second.
(15) modern design group Shanghai shen yuan geotechnical engineering co., LTD. The project "Shanghai Chen shan botanical garden of the soil and geogrid interface friction characteristic test", 2008.04 ~ 2008.12, the second.
11. Journal articles
（1）Shao W, Nie Y H, Liang F Y, Shi D D. A novel comprehensive evaluation method for corrosion initiation life of RC hollow piles in chloride environments. Construction and Building Materials, 2020, 249: 118801. (SCI)
（2）Gao P, Liu Z H, Shi D D*, Fu X H, Yan K L. Mitigation effect of perforation drilling on the sliding risk during spudcan installation close to footprints. Journal of Marine Science and Engineering, 2020, 8(2): 118. (SCI)
（3）Shi D D, Yang Y C, Deng Y B, Xue J F. DEM modelling of screw pile penetration in loose granular assemblies considering the effect of drilling velocity ratio. Granular Matter, 2019, 21(3): 74. (SCI)
（4）Xu Q H, Shi D D, Shao W. Service life prediction of RC square piles based on time-varying probability analysis. Construction and Building Materials, 2019, 227: 116824. (SCI)
（5）Shao W, Yang D Y, Shi D D*, Liu Y. Degradation of lateral bearing capacity of piles in soft clay subjected to cyclic lateral loading. Marine Georesources & Geotechnology, 2019, 37(8): 999-1006. (SCI)
（6）Shao W, Shi D D, Tang P. Probabilistic lifetime assessment of RC pipe piles subjected to chloride environments. Journal of Materials in Civil Engineering, 2018, 30(11): 04018297. (SCI)
（7）Shi D D, Xue J F, Zhao Z Y, Yang Y C. Effect of bedding direction of oval particles on the behavior of dense granular assemblies under simple shear. Journal of Zhejiang University-Science A (Applied Physics & Engineering), 2017, 18(5): 346-362. (SCI)
（8）Shao W, Shi D D, Jiang J P, Chen Y L. Time-dependent lateral bearing behavior of corrosion-damaged RC pipe piles in marine environments. Construction and Building Materials, 2017, 157: 676-684. (SCI)
（9）Shi D D, Zheng L, Xue J F, Sun J. DEM modeling of particle breakage in silica sands under one-dimensional compression. Acta Mechanica Solida Sinica, 2016, 29(1): 78-94. (SCI)
（10）Shi D D, Xue J F, Zhao Z Y, Shi J Y. A DEM investigation on simple shear behavior of dense granular assemblies. Journal of Central South University, 2015, 22(12): 4844-4855. (SCI)
（11）Shao W, Shi D D, Li L. Chloride diffusion-convection into unsaturated RC hollow cylinder piles in marine tidal zones. Geotechnical and Geological Engineering, 2019, 37(4): 2781-2789. (EI)
（12）Shi D D, Cheng L L, Jiang J P. Finite element analysis of the seismic behavior of a high-piled wharf under bidirectional shaking. Electronic Journal of Geotechnical Engineering, 2016, 21(20): 7227-7243. (EI)
（13）Wu G X, Shi D D, Guo J M. Deliberative collision avoidance for unmanned surface vehicle based on the directional weight. Journal of Shanghai Jiaotong University (Science), 2016, 21(3): 307-312. (EI)
（14）Shi D D, Cheng L L, Cong P W, Jiang J P. FEM investigation of the seismic response of a cassion-type quay wall subjected to bidirectional shaking using ABAQUS. Electronic Journal of Geotechnical Engineering, 2015, 20(27): 13105-13122. (EI)
(15) Shi Danda, Mao Yiyao, Yang yong, luca brasi, Hao Dongxue. Circular anchor plates in sand based on the technology of DIC on experimental study on the deformation of soil properties. Rock and soil mechanics, 2020. (accepted for publication)
(16) Gao Pan, Cheng Lu, Shi Danda *, Zhi-hui Liu. Shoe insert near the pile hole pile sliding load research. In the process of rock and soil mechanics, 2020. (accepted for publication)
(17) He Rui, Cao Dong, Shi Danda *. Can be broken in granular material screw pile penetration of discrete element simulation. The Yangtze river, proceedings of the national academy of sciences, 2020. (accepted for publication)
(18) Xu Qiuhong, Shi Danda, Shao Wei. Level of corroded reinforced concrete square pile bearing performance degradation rule. The Yangtze river, proceedings of the national academy of sciences, 2020, 37 (2) : 62-67.
(19) Shi Danda, Wang Wei, Xue Jianfeng Shao Wei. Pressure - cut non spherical particle materials under complex stress hollow cylindrical shear test of the discrete element simulation. Journal of water conservancy, 2019, 50 (9) : 1052-1062. (EI)
(20)Chen Rong, Fu Shengnan,Hao Dongxue, Shi Danda. Pull out bearing capacity on circular anchor in dense sand size effect analysis. Journal of geotechnical engineering, 2019, 41 (1) : 78-85. (EI)
(21) Shi Danda, Wang Cun stone, Liu Wenbai, Shao Wei. Sodium chloride dredged soil erosion environment macro micro mechanics characteristic test. Journal of Shanghai maritime university, 2019, 40 (4) : 111-117.
(22) Shi Danda, Wen-yuan Xie, Kong Ge Liu Wenbai, don't also white. The mechanical properties of steam-water building pipelines seismic finite element analysis. The computer aided engineering, 2019, 28 (2) : 56-62, 73.
(23) Shao Wei, Shi Danda, Jing-pei Li. The environment temperature effect on the properties of concrete pipe pile chloride diffusion. Journal of civil and environmental engineering, 2019, 41 (2) : 12-19.
(24) Shi Danda, Yang Chenjie Xue Jianfeng, majesty. Directional shear property of granular material hollow cylindrical discrete element simulation. Journal of water conservancy, 2018, 49 (8) : 917-925. (EI)
(25) Shi Danda, Yang Yanping, Deng Yibing, Liu Wenbai. Consider speed than the influence of screw extrusion expansion in the sandy soil macro mesoscopic model experimental study on the drill hole formation characteristics. Rock and soil mechanics, 2018, 39 (6) : 1981-1990, 1998. (EI)
(26) Shi Danda, JiMeng Qu ,Xu Bingqin, Liu Wenbai. Dredged soil macro - micro mechanical characteristics indoor experimental study. The Yangtze river, proceedings of the national academy of sciences, 2018, 35 (1) : 117-122, 127.
(27) Yang Dongyan, Shi Danda, Shao Wei. Level order cycle load bearing properties of pile foundation of numerical analysis. China harbour engineering, 2018, 38 (9) : 1-5.
(28) Duan Jintao, Shi Danda, Wang Jinhui, JiaoYu, ivana he. Steel structure response behavior of FDS fire environment - thermal coupling method of ABAQUS. Engineering mechanics, 2017, 34 (2) : 197-206. (EI)
(29) Deng Yibing, Yang Yanping , Shi Danda *, Liu Wenbai. 3 d discrete yuanta scale modeling in the optimization of the particle size and its application. Journal of geotechnical engineering, 2017, 39 (1) : 62-70. (EI)
(30) Shi Danda, wang. The discrete element simulation of earthquake liquefaction of saturated sand free site research. Journal of Shanghai maritime university, 2017, 38 (3) : 96-102.
(31) WeiXin Wu Gongxing, Shi Danda, Yang Dongyan. Marine engineering ship mooring scheme design and calculation analysis. The ship standardization engineer, 2017, 50 (6) : 42-47.
(32) Yang Yanping, Deng Yibing, Shi Danda, Xue Jianfeng. The ring to the boundary of static sounding three-dimensional discrete element simulation. Journal of rock mechanics and engineering, 2016, 35 (S1) : 3372-3384. (EI)
(33) CongPeiWen, Shi Danda, Jiang Jianping, Yang Chengyu. Gravity caisson dock the earthquake response of the finite element analysis under bidirectional vibration. Port &waterway engineering, 2016, (2) : 61-67.
(34) Jiang Jianping ,Chun-lin Liu, Jiang Hongming, Shi Danda. Based on ABAQUS sheet pile wharf earthquake dynamic response study. Port &waterway engineering, 2013, 6:40-45.
(35) Shi Danda, zhou jian, Liu Wenbai, Deng Yi. Initial fabric effect of sand liquefaction potential mesoscopic numerical simulation research. Journal of water conservancy, 2011, 42 (7) : 45-53. (EI)
(36) Zhou jian, Shi Danda, Wu feng, Xue Jianfeng. Sandy soil liquefaction based on the technology of digital image visualization dynamic triaxial test and research. Journal of geotechnical engineering, 2011, 33 (1) : 81-87. (EI)
(37) Shi Danda, zhou jian, Liu Wenbai, Deng Yi. Sandy soil direct shear properties of non-circular particle simulation and macro mesoscopic mechanism. Journal of geotechnical engineering, 2010, 32 (10) : 1557-1565. (EI)
(38) Zhou jian, Zhou Kaimin, Jia Mincai, Shi Danda. A layer of the consolidation settlement of soft clay foundation calculation analysis. Rock and soil mechanics, 2010, 31 (3) : 789-793. (EI)
(39) Shi Danda ,Liu Wenbai, Shui Weihou, Liang Yonghui. Single, two-way plastic geogrid with different packing contrast experimental study on the interaction characteristics. Rock and soil mechanics, 2009, 30 (8) : 2237-2244. (EI)
(40) Shi Danda, Zhou jian, Jia Mincai,Yong-xiang Yang. Considering the creep properties of soft soil foundation of the port parameter inversion and long-term subsidence prediction. Rock and soil mechanics, 2009, 30 (3) : 746-750. (EI)
(41) Shi Danda,Zhou jian, Jia Mincai. Under large area loading port nonlinear regression analysis of soft soil foundation settlement. Industrial construction, 2009, 39 (s1) : 797-799.
(42) Shi Danda, Zhou Jian, Liu Wenbai, Jia Mincai. Sandy monotonic shear properties of non-circular particle simulation. Journal of geotechnical engineering, 2008, 30 (9) : 1361-1366. (EI)
(43) Shi Danda, Zhou jian, Liu Wenbai, Jia Mincai. Sandy soil liquefaction under circulating load characteristics of non-circular particle simulation. Journal of water conservancy, 2008, 39 (9) : 1074-1082. (EI)
(44) Zhou jian Jia Mincai, Shi Danda,. A deep water port soil consolidation coefficient inversion and after long-term subsidence prediction. Rock and soil mechanics, 2008, 29 (5) : 1407-1410. (EI)
(45) Zhou jian, Cui Jihong Jia Mincai, Shi Danda,. Experimental study reclaimed sand soft foundation treatment. Rock and soil mechanics, 2008, 29 (4) : 859-864. (EI)
(46) Cui Jihong, Zhou Jian, Lin from stratagem, Shi Danda,. The numerical simulation of the shallow buried tunnel excavation blasting vibration and frequency spectrum analysis. Non-ferrous metals. 2008, 60 (2) : 113-117.
(47)Zhou jian, Jia Mincai, Yan Dongxiao. Considering particle crushing sand high stress one-dimensional compression feature particle flow simulation. Journal of geotechnical engineering, 2007, 29 (5) : 736-742. (EI)
(48) Zhou jian , Mincai Jia, Yan Dongxiao. Saturated sand liquefaction under cyclic loading conditions mesoscopic numerical simulation. Journal of water conservancy, 2007, 38 (6) : 69-75. (EI)
(49) Zhou jian, Shi Danda, Jia Mincai, Yan Dongxiao. Sandy monotonic shear mechanics properties of granular flow simulation. Journal of tongji university natural science edition, 2007, 35 (10) : 1299-1304. (EI)
(50) Zhou jian, Shi Danda, Jia Mincai, Cui Jihong. Low energy dynamic compaction method to reinforce soft clay foundation. Rock and soil mechanics. 2007, 28 (11) : 2359-2364. (EI)
(51) Zhou jian Cui Jihong Jia Mincai, Shi Danda. The discrete element numerical simulation of static penetration test research. Journal of geotechnical engineering, 2007, 29 (11) : 1604-1610. (EI)
(52)Shi Danda, zhou jian, Jia Mincai, Cui Jihong. Vacuum well point precipitation technology in the application of dynamic compaction foundation reinforcement. Construction technology, 2007, 36 (9) : 52-54.
(53) Yan Dongxiao, zhou jian, Shi Danda, France panther. A deep foundation pit of Shanghai informationization construction. In geotechnical engineering, 2006, (12) : 66-68.
(54) Guo Ying mao-tian luan, Shi Danda, cheng-shun xu, He Yang, mu-guo li. The initial stress condition on the experimental study of the influence of loose sand dynamic deformation characteristics. Rock and soil mechanics, 2005, 26 (8) : 1195-1200. (EI)
(55) Guo Ying, Luan Maotian, He Yang, Xu Chengshun, Shi Danda, Li Muguo. Saturated loose sand under complex stress conditions of experimental study on the characteristic of pore water pressure increase. Earthquake engineering and engineering vibration, 2004, 24 (3) : 139-144.
12. The conference papers:
（1）Xu Q H, Shi D D, Shao W. Theoretical Model for Prediction of Durable Life of RC Square Piles under Marine Environment. IOP Conference Series: Earth and Environmental Science, 2019 International Conference on Civil and Hydraulic Engineering-Construction and Building Materials, 2019, 304(5): 052100. (EI)
（2）Wang C S, Shi D D, Zhao Y Q, Liu W. Countermeasure suggestion and mechanism system innovation for comprehensive utilization of dredged mud in Shanghai. Proceedings of the 7th International Conference on Energy, Environment and Sustainable Development (ICEESD 2018), Guilin, Guangxi, China, 2018, 711-714.
（3）Wu G X, Shi D D, Liao Y L. Design of the parameter-adjusting human simulated intelligent controller for water-jet-propelled unmanned surface vehicle. Proceedings of the 27th Chinese Control and Decision Conference , IEEE, 2015, 5459-5464. (EI)
（4）Shi D D, Zhou J, Liu W B, Deng Y B. Back analysis of creep model parameters and long-term settlement prediction of layered soft ground. Proceedings of the 22th International Offshore and Polar Engineering Conference, Rhodes, Greece, 2012, 842-845. (EI)
（5）Shi D D, Zhou J, Xue J F, Zhang J. A micro-mechanical simulation of sand liquefaction behavior by DEM. Geotechnical Special Publication, n200, Proceedings of Geoshanghai2010 Congress, ASCE, Shanghai, China, 2010, 204-211. (EI)
（6）Shi D D, Guo Y, Luan M T, Zhou J. Experimental study on dynamic shear modulus of saturated sands under complex initial stress states. Proceedings of the 19th International Offshore and Polar Engineering Conference, Osaka, Japan, 2009, Vol.2, 15-20. (EI)
（7）Shi D D, Zhou J, Liu W B, Deng Y B. In-situ test research on vacuum dynamic consolidation method to improve double-layered soft ground. Proceedings of the 18th International Offshore and Polar Engineering Conference, Vancouver, Canada, 2008, Vol.2, 791-796. (EI/ISTP)
(8) Guo Ying, Shi D D, Luan Maotian, Xu Chengshun, He Yang, mu-guo li. The initial principal stress direction on the experimental study of the influence of loose sand dynamic deformation characteristics. China civil engineering society of the 9th academic conference on soil mechanics and geotechnical engineering. Beijing: tsinghua university press, 2003, 1069-1072.
(9) Guo Ying, He Yang, Luan Maotian, Xu Chengshun, Shi D D, Li M G. The initial principal stress direction of experiment on the influence of pore pressure in saturated loose sand properties research. China civil engineering society of the 9th academic conference on soil mechanics and geotechnical engineering. Beijing: tsinghua university press, 2003, 1065-1068.
(10) Xu Chengshun, Luan Maotian, Guo Ying, He Yang, Shi D D, Li M G. Consolidation stress state of loose sand dynamic stress - strain relationship. Experimental study on the influence of China civil engineering society of the 9th academic conference on soil mechanics and geotechnical engineering. Beijing: tsinghua university press, 2003, 1086-1090.
13. Books and materials:
(1)ShiDanda, Deng Yibing, Liu Wenbai, zhou jian. The granular discrete element method and application in the sand mechanical properties (book). Beijing: people's traffic press, 405000 words, 2016.10. ISBN: 978-7-11. 4-13100-4.
(2)ShiDanda, Deng Yibing, Jiang Jianping, Liu Wenbai. "ABAQUS software engineering application examples of the set" (book). Beijing: people's traffic press, 300000 words, 2014.12. ISBN: 978-7-11. 4-11791-6.
(3)ShiDanda, Liu Wenbai,Jiang Jianping, Deng Yibings. The basic engineering (textbook). Shanghai: Shanghai pujiang education publishing house, 270000 words, 2013.1. ISBN: 978-7-8, 1121-250-1. (won first prize of excellent teaching material for the 2016 Shanghai maritime university)
(4) Jiang Jianping,ShiDanda, Liu Wenbai. "port and Marine engineering geology" (textbook). Beijing: people's traffic press, 477000 words, 2016.11. ISBN: 978-7-11. 4-13344-2.
(5) Jiang Jianping,ShiDanda, Liu Wenbai, Deng Yibings. The pile foundation engineering (textbook). Shanghai: Shanghai jiaotong university press, 778000 words, 2016.9. ISBN: 978-7-31 / TU 3-13989-4.
14. Authorized patents (including utility model, the software copyright) :
(1) Shi Wenhui, Wang Xiaoliang, Zhou Enxian, Yang Xiaoyan, Wang Yitao, Liu Wenbai, Deng Yibing, Shi Danda. "A kind of curing agent and the scene of dredged mud filling pipeline mixing device", invention patent, patent number: ZL201410661341.3, authorized announcement day: 2017.2.22.
(2) Liu Wenbai, Wang Dashan, zhou jian, Shi Danda, Deng Yibing, ye-xun li. "- bucket foundation structure of ocean engineering foundation pile and its construction method", invention patent, patent number: ZL201110097942.2, authorized announcement day: 2013.5.22.
(3) Liu Wenbai, Zhou jian, Shi Danda, Deng Yibings, Jiang Jianping, ye-xun li. "Based on macro mesoscopic mechanics of rock and soil mechanics model test system and test method for refinement", invention patent, patent number: ZL201010142417.3, authorized announcement day: 2013.1.2.
(4) LanXiaoHong, Zhang Honghai, Shi Danda, wen-yuan xie. "A kind of easy assembly construction in building product support", the utility model, the patent number: ZL201920133994.2, authorized announcement day: 2019.11.26.
(5) Shi Danda, Mao Yiyao, Yang yong, liu into. "An automatic lifting device for the indoor model test", the utility model, the patent number: ZL201821173232.7, authorized announcement day: 2019.4.2.
(6) Xu Ke, MeiXingQiao, Shi Danda, wen-yuan xie. "A highly adjustable new building product support", the utility model, the patent number: ZL201920134004.7, authorized announcement day: 2019.1.26.
(7) Xie Wenyuan, Shi Danda, Bie Yibai, Wang Cun stone. "An adjustable Angle of the screw connector", a utility model, the patent number: ZL201820301583.5, authorized announcement day: 2018.10.2.
(8) Xie Wenyuan, Shi Danda, Bie Yibai, Wang Cunshi. "A stiffening of aseismic stent main lifting screw device", the utility model, the patent number: ZL201820076311. X, authorized announcement day: 2018.9.4.
(9) Deng Yibing, Liu Wenbai, Shi Danda, zhou jian, Jia Mincai, Guo Jiamin, XinLing, Shi Wenhui, Han Ding. "A visual experimental apparatus of soil and structure interaction mechanics", the utility model, the patent number: ZL201420690709.4, authorized announcement day: 2015.4.15.
(10) Shi Wenhui, Wang Xiaoliang, Zhou Enxian, Yang Xiaoyan, Wang Yitao, Liu Wenbai, Deng Yibing, institutes. "A kind of curing agent and the scene of dredged mud filling pipeline mixing device", the utility model, the patent number: ZL201420695334.0, authorized announcement day: 2015.4.15.
(11) Liu Wenbai, ms., zhou jian, Shi Danda, zhang hui. "Mesoscopic structure observation consolidation apparatus", the utility model, the patent number: ZL200920072242.6, authorized announcement day: 2010.3.31.
(12) Liu Wenbai, zhang hui, ms., zhou jian, Shi Danda. "Mesoscopic structure direct shear apparatus", the utility model, the patent number: ZL200820156414.3, authorized announcement day: 2009.10.14.
(13) Shi Danda, zhou jian, Liu Wenbai, Deng Yibings. "Random irregular particle discrete element analysis program v1.0", the computer software copyright, registration number: 2011 sr017336, complete development time: 2009.10.10.
(14) Deng Yibing, Bao Ji, Lv Hui, Liu Wenbai, institutes, Shi Wenhui. "The interaction between soil and structure analysis system v1.0", the computer software copyright, registration number: 2014 sr183208, complete development time: 2010.2.3.
(15) Liu Wenbai, Shi Danda, zhou jian, GuanXiuGuang, Deng Yibings. Early warning management system v1.0 "" port engineering information, computer software copyright, registration number: 2011 sr028323, complete development time: 2010.2.3.
(16) Liu Wenbai, Shi Danda, zhou jian, GuanXiuGuang, Deng Yibings. "Port engineering monitoring information management system v1.0", the computer software copyright, registration number: 2011 sr028354, complete development time: 2010.2.3.
15. The winning honors:
(1) in 2018, the Shanghai science and technology progress third prize, "Yangtze river waters typical dredging mud key technology and application" on ecological management and resource utilization, certificate no. : 20184205-3 - R04, key persons involved: Lawrence der, li Yang, wen-bai liu, Shi Danda, with the United States, vestbo, sun wei should be new.
(2) the third prize of Shanghai science and technology progress prize in 2008, "vacuum dewatering in combination with low energy dynamic compaction of large-area foundation reinforcement technology", the certificate no. : 20084541-3 - R05, key persons involved: an-jun xu, yao-liang li, min-cai jia, Chen Yuming, Shi Danda, TongChao such as, li wei.
(3) teaching achievement prizes at the second prize of Shanghai in 2013, "based on the engineering innovative talents cultivation of port channel and coastal engineering construction and practice", wen-bai liu, xiang-hao wu, jian-ping jiang, Shi Danda, Deng Yibing.
(4) the teaching achievement prize at Shanghai maritime university in 2013, the port channel and coastal engineering specialty construction and engineering innovative talents cultivation, wen-bai liu, xiang-hao wu, jian-ping jiang, Shi Danda, Deng Yibing.
(5) teaching achievement prizes at the Shanghai maritime university in 2010 first prize, "port and waterway engineering soil mechanics course teaching system construction and practical innovation", wen-bai liu, jian-ping jiang, Shi Danda, Feng Zhaoshu.
(6) 2016 won first prize of excellent teaching material for the annual Shanghai maritime university, the basic engineering, Shi Danda, wen-bai liu, jian-ping jiang, Deng Yibing.
(7) in 2018, Shanghai maritime university "Liu Haoqing" outstanding teacher award first prize.
(8) in 2012, Shanghai maritime university teachers teaching ShiFanGang incentive plan.
(9), 2010-2011 school year of Shanghai maritime university excellent education workers.
(10) 2008-2009 school year teaching excellence award of Shanghai maritime university.
(11) the 13th Shanghai maritime university Luo Huangfeng BoShiJiang.
16. Thurber enrollment plan:
(1) : enrolment in 2020 to recruit "and" transportation engineering graduate student 1.
(2) the master's admissions: in 2020, plans to recruit 2 "water conservancy project" learn to recognize and master degree of master of engineering (civil) three.