船舶与海洋工程系
办公电话:13482150851
电子邮件:yugl@sjtu.edu.cn
通讯地址:上海东川路800号上海交大77779193永利官网木兰楼B615
81年就读于成都科技大学水利系(今更名为四川大学)学士;
85年-88年,成都科技大学水利系,硕士;
88年-91年6月,成都科技大学水利系,博士;
91年-93年6月,成都科技大学水利系,讲师;
93年-94年2月,成都科技大学水利系,副教授;
93年8月,日本山梨大学(Yamanashi University),访问学者;
94年3月-94年9月,苏格兰丹迪大学(Dundee University),高级访问学者;
94年10月-97年,英国伯明翰大学(University of Birmingham),博士后研究;
93年7月-98年6月,四川联合大学(今改名为四川大学),高速水力学国家重点实验室,副教授;
98年6月-99年1月四川联合大学,教授;
1999-2000,丹麦DTU,research assistant profesor;
2000-2005, 新加坡南洋大学;研究员(research fellow)
2005年-2014年,77779193永利官网。港口、航道及海岸工程系 副主任、主任;博士生导师。
2008年12月-2009年1月德国布伦克瑞大学访问教授。
2015年布莱西亚大学特邀访问教授。
2014年-,77779193永利官网。船舶海洋工程系,港口、航道及海岸工程团队负责人。
水力学及河流海岸动力学,港口、航道及海岸工程,取水防沙工程,环境水力学,泥沙流变学及其应用,海洋锚碇技术与装备。
高等教育水利类港航专业教学指导委员会委员,2008-2024年;
Journal of coastal Research 副主编,2014年-2022;
疏浚与泥处理专业委员会 副主任,2015年-2018
上海市海洋湖沼协会,理事,2020年-
主要研究项目:
2008年至今的主要研究项目在:水动力的模拟技术;海底管道埋设新设备和技术应用、海底冲刷与保护技术;围海造地工程的真空预压新技术与设备;新型海工锚碇技术;泥沙促淤积技术;泥沙流变技术等方面。
2015年以前的国内主要研究项目:
1. 23GFH-JW01-905,128万。结构与锚碇技术模型实验,企业委托项目,2023-11-30~2025-10-30,在研。
2. 海洋风电基础冲刷与防护,265万,企业委托项目,2024-01-01~2025-12-31,在研,主持。
3. 龙睛塔动力固结锚及施工服务合同。179.14万。企业委托项目, 2023-03-10~2024-12-31,已结题。
4. 海洋桥墩局部冲刷坑计算与防护. 企业委托项目,2023/1-2025/12,50万,在研,主持;
5. 中性网格对圆桩局部冲刷坑内的水动力弱化机制与促淤效果. 58万,国家自然科学基金委员会 2022-01-01~2025-12-31,在研,主持。
6. 辽东湾西部水域海底电缆穿越工程船舶抛锚贯入深度数模专题研究,企业委托项目,2024/1-2024/12,20万,已结题,主持;
7. 交错段的海底电缆保护技术,企业委托项目,2021/6-2023/12,120万,已结题,主持;
8. 桥墩冲刷防护技术,企业委托项目,2021/1-2022/12,50万,已结题,主持;
9. 温州灵昆岛水环境治理总体方案,企业委托项目,2021/6-2021/12,19.5万,已结题,主持;
10. 基于高微生物亲和性生物载体的多效能生物反应器(MFBR)开发及在污水处理厂提标改造中的应用研究,企业委托项目,2020/10-2022/9,45万,已结题,主持;
11. 长直疏浚管道内泥沙沉降淤积特性的数值模拟与野外测量,企业委托项目,2018/05-2021/07,48万,已结题,主持;
12. 北部湖荡和城市河网污染负荷分配方案研究,科技部重大专项子课题,2017/1-2020/7,150万,已结题,主持;
13. 自适应地声通信传感桩的概念及机理研究,教育部联合基金重点项目,2017/1-2018/12,100万,已结题,主持;
14. 单向水流中桥墩在振动载荷作用下局部冲刷深度的实验研究,国家自然科学基金项目,2018/1-2021/12,60.2万,已结题,主持;
15. 珠江河口与河网演变机制及治理研究,水资源高效利用专项子课题,2016/1-2019/12,100万,已结题,主持;
16. 桥墩冲刷成因分析与预测,企业委托项目,2019/01-2019/12,24万,已结题,主持;
17. 乐清湾港区航道淤积分析与预测,企业委托项目,2019/01-2019/12,33.2万,已结题,主持;
18. 北部湾经济区装备制造产业发展课题研究,企业委托项目,2018/1-2018/6,76万,已结题,主持;
19. 广西钦州市犀牛脚渔港扩建工程波浪计算和泥沙淤积分析,企业委托项目,2018/1-2018/6,34.9万,已结题,主持;
20. 基于TELEMAC-3D的水库水温垂直分层结构模拟预测, 企业委托项目,2016/01-2017/12,40万,已结题,主持;
21. 基于泥沙流变的光缆设备改造技术,企业委托项目,2015/11-2016/12,100万,已结题,主持;
22. 埋深2m的光缆埋设设备改造技术的研究,企业委托项目,2014/01-2015/12,98万元,已结题,主持;
23. 乐清疏浚土综合利用技术,企业委托项目,2013/05-2015/12,67万,已结题,主持;
24. 西湖外湖生态引调水物理模型实验研究及工程示范,国家12.5水专项子子课题,2013/01-2015/12,98万,已结题,主持;
25. 浮帘促淤系统安装设计参数与施工工艺的研究,国家自然科学基金项目,51179101,2012/01-2015/12,60万,已结题,主持;
in recent tes years:
1. Yang S , Yang L , Guo Y ,et al.Numerical simulation of the small pipeline placement on hydrodynamics and local scouring of the piggyback pipeline1[J].Ocean Engineering, 2025, 323(000).DOI:10.1016/j.oceaneng.2025.120642.
2. Shahhosseini M , Yue S , Xu J ,et al.Scour depth at a pile with a collar at bed level in clear-water current[J].Ocean Engineering, 2025, 320(000).DOI:10.1016/j.oceaneng.2025.120319.
3. Aung H H , Zhang M , Oliveto G ,et al.Reattachment Length of Flow at the Lee Side of a Vertical Spur Dike in an Open Channel[J].Journal of Waterway, Port, Coastal, and Ocean Engineering, 2024, 150(5).DOI:10.1061/JWPED5.WWENG-2099.
4. Bingjing Lu, Jingjing Zuo, Mohammad Shahhosseini, Hui Wang, Haichao Liu, Minxi Zhang, Guoliang Yu. Visual deep learning with physics constraints for local scour evolution prediction at monopiles. Journal of Ocean Engineering and Science. 21 April 2024.
5. Wang, R.; Yu, G. Prediction of Bedform Dimensions on Alluvial Bed in Unidirectional Flow. Water 2024, 16, 893. https://doi.org/10.3390/w16060893 Chuanming Dong, Guoliang Yu, Yongjun Gong,
6. Experimental study on pull-out behaviour of piles in cohesive sedimentary beds subject to water jet and vibration loading,Applied Ocean Research,Volume 141,2023,103787,ISSN 0141-1187,https://doi.org/10.1016/j.apor.2023.103787.
7. Minxi Zhang a, Yangliuer Chen b, Mingzhi Li a, Rui Wang a, Guoliang Yu. Reducing transport resistance in highly concentrated fine-grained slurry pipelines by vibration-induced fluidization. Ocean Engineering, Volume 286, Part 1, 15 October 2023, 115562
8. Assessment of Chloride Salt Release Flux from Fluidized Cohesive Sediments in Quiescent Water. Water Air Soil Pollut 234, 501 (2023). https://doi.org/10.1007/s11270-023-06514-2
9. Minxi Zhang, Hanyan Zhao, Dongliang Zhao, Shaolin Yue, Huan Zhou, Xudong Zhao, Carlo Gualtieri, Guoliang Yu. Numerical study of the flow at a vertical pile with net-like scour protection matt. https://doi.org/10.1016/j.joes.2023.06.002
10. Zhang M , Liao Y , Yu M , et al. Counter-toppling force on the composite pile with injected grout for a precast spur dike[J].https://doi.org/10.1080/1064119X.2021.1998260
11. Shaopeng Yang, Yakun Guo, Bing Shi, Guoliang Yu, Lipeng Yang, Mingxi Zhang, Numerical investigation of the influence of the small pipeline on local scour morphology around the piggyback pipeline, Ocean Engineering, Volume 240, 2021, 109973,
12. Jing Yuan, Binghui Zheng, Rui Wang, Minxi Zhang, Guoliang Yu(2021). Chloride salt sorption flux of cohesive sediment beds with different degrees of fluidization in quiescent water, Applied Ocean Research, 2021, 102933.
13. Chen Xiaohui, Zhang Minxi, Yu Guoliang.(2021). A self-penetration torpedo anchor with vibrational shearing[J]. Ocean Engineering,2021,236.
14. Zhang M , Wang W , Rovere A L , et al. Enhancing the Erodibility of Cohesive Sediments by Applying Mechanical Vibrations[J]. Journal of Waterway Port Coastal and Ocean Engineering, 2021, 147(3):04021005.
15. Chen Xiaohui, Yu Guoliang, Yue Shaolin & Zhou Huan.(2021). Effect of frequency of minute-amplitude oscillatory shear loadings on ultimate yield stress of cohesive sediments. Applied Ocean Research Volume 113,2021,102542.
16. Jing Yuan, Minxi Zhang, Guoliang Yu(2021). Measurement of salinity in slurry based on modified electrical conductivity method. Measurement Science and Technology 32(7):075801
17. Wang W, Yu G, Zhang M. Application of Sediment Fluidization by High Frequent Mechanical Vibrations into Slurry Transport[M]. 2021.
18. Zhu W , Zhang M , Sun H , et al. Experimental Study on Hydraulic Conductivity and Resistance in Silty Sediments[J]. Water, 2020, 13(1):75.
19. Chuanming Dong, Guoliang Yu, Huaixin Zhang, Minxi Zhang. (2020). Scouring by submerged steady water jet vertically impinging on a cohesive bed. Ocean Engineering. Volume 196, 15 January 2020.
20. Haozhang Li, Minxi Zhang, Jing Yuan, Xiaohui Chen, and Guoliang Yu. Assessment on Water Environmental Capacity of Coastal Lowlands Networked with Rivers and Lakes in the Northern Region of Jiaxing, China[J]. Journal of Coastal Research, 2020, 36(6).
21. Chen X, Zhang M, Yu G. Depth-Averaged von Kármán Coefficient in Sediment-Laden Flows Using a Turbulent Kinetic Energy Balance[J]. Journal of Hydraulic Engineering, 2020, 146(4):06020003.
22. Wang C , Wang X , Chen X , et al. Maximum Vertical Pullout Force of Torpedo Anchors in Cohesive Seabeds at Different Steady Pullout Velocities[J]. Journal of Coastal Research, 2020, 36(4):1.
23. Zhu W , Zhang M , Yu G , et al. Flow Resistance in Dredged Soil under a Vacuum Preloading System with Vertical Drainage Boards[J]. Journal of Coastal Research, 2019, 36(2).
24. Wang C , Wang X , Chen X , et al. Maximum Vertical Pullout Force of Torpedo Anchors in Cohesive Seabeds at Different Steady Pullout Velocities[J]. Journal of Coastal Research, 2020, 36(4):1.
25. Peng Zhao, Feier Chen, Guoliang Yu. (2019). Laboratory study on response of underwater cohesive sediment to columnar vibration source. Water Quality Research Journal of Canada, (ISSN:1201-3080).1 August; 54 (3): 193–202.
26. Peng Zhao, Guoliang Yu and Minxi Zhang. (2019). Local Scour on Noncohesive Beds by a Submerged Horizontal Circular Wall Jet. Journal of Hydraulic Engineering 1 September 2019; 145 (9).
27. Zhang, M., G. Yu*, Zhu, W., Li, M. Experimental study on the angle of repose of submerged cohesive sediments[J]. Journal of Waterway, Port, Coastal and Ocean Engineering -asce, 2019, 145(3).
28. Wang, C., Chen, X. H., & Yu, G. L. Maximum force of inclined pullout of a torpedo anchor in cohesive beds. China Ocean Engineering, 2019, 33(3):333-343.
29. Zhao P, Minxi Zhang and Guoliang Yu. Flume Experiments on the Oscillating Wall Jet Induced by the Swing Oblique Impingement Jet. IOP Conference Series (Earth and Environmental Science). (ISSN:1755-1315). Paper ID: AREEPCM 172, 2019.
30. Wang R., G. Yu, Incipient condition of sediment motion in great dimensionless flow depth, Applied ecology and environmental research, 2019, 17 (4), 9837-9863. (SCI, IF 0.721)
31. Wang R., G. Yu, Incipient conditions of cohesive sediments in oscillatory flows, Ocean and Coastal Management, 2019, 181 (1) , 104877. (SCI, IF 2.595)
32. Wang R, Yu G. Experimental study on incipient condition of fluidized bed sediment in oscillatory[C]//E3S Web of Conferences. EDP Sciences, 2019, 81: 01014.
33. Yuan, J., Wei, B., Zhu, J., Zhang, H., & Yu, G. A Review of Water Environmental Capacity Calculation [C]//E3S Web of Conferences. EDP Sciences, 2019, 81: 01001
34. Wang, C., Zhang, M. X., & Yu, G. L. Penetration Depth of Torpedo Anchor in Two-Layered Cohesive Soil Bed by Free Fall. China Ocean Engineering, 2018, 32(6), 706-717.
35. Zhao, Peng; Feier Chen; Guoliang Yu. Laboratory study on response of underwater cohesive sediment to columnar vibration source. Journal of Water and Climate Change. 24 September 2018. DOI: https://doi.org/10.2166/wcc.2018.199
36. Wang, Wenkai; Xuefeng Wang, GuoliangYu. Vertical holding capacity of torpedo anchors in underwater cohesive soils. Ocean Engineering. Volume 161, 1 August 2018, Pages 291-307.
37. Yang, W., G. Yu*. Rheological Response of Natural, Soft Coastal Mud under Oscillatory Shear Loadings. Journal of port, waterway, coastal and offshore Engineering (ASCE), 2018,Volume 144, Issue 4.
38. Zhang M, Dolatshah A, Zhu W, G. Yu*. Case Study on Water Quality Improvement in Xihu Lake through Diversion and Water Distribution[J]. Water, 2018, 10(3):333.
39. Zhu, Wenlong; Jianming Yan, GuoliangYu*. Vacuum preloading method for land reclamation using hydraulic filled slurry from the sea: A case study in coastal China. Ocean Engineering, Volume 152, 15 March 2018, Pages 286-299.
40. Zhang, M., G. Yu*, Critical conditions of incipient motion of cohesive sediments [J]. Water Resources Research, 2017, 53,7798-7815.
41. Zhang, M., G. Yu*, A. L. Rovere, R. Ranzi. Erodibility of fluidized cohesive sediments in unidirectional open flows. Ocean Engineering, 2017, 130, 523–530.
42. Zhai, Q., H. K. Wang, GL Yu*. Numerical Study of Flow Past Two Transversely Oscillating Triangular Cylinders in Tandem at Low Reynolds Number. Journal of Applied Fluid Mechanics, 2017, 10(5):1247-1260.
43. Yang, W., M. Yu, G. Yu*. Stratification and Rheological Properties of Near-Bed Cohesive Sediments in West Lake, Hangzhou, China[J]. Journal of Coastal Research, 2017.
44. Wang, W., X. Wang, G. Yu*. Penetration depth of torpedo anchor in cohesive soil by free fall [J]. Ocean Engineering, 2016, 116, 286-294.
45. Hong, G., Q. Zhang, G. Yu, Trajectories of coarse granular sediment particles in a simplified centrifugal dredge pump model. Advances in Mechanical Engineering. 2016, 8(11),1–11.
46. Zhang, M., Xi. Zhu, G. Yu*, J. Yan, X. Wang, M. Chen, W. Wang. Permeability of muddy clay and settlement simulation. Ocean Engineering, 2015, 104, 521-529.
47. Wang, H,, D. Zhao, W. Yang, G. Yu*. Numerical investigation on flow-induced vibration of a triangular cylinder at low Reynolds number. Fluid dynamics Research, 2015, 47(1), pp.1-23, 015501.
48. Wang, H.,F. Si, G. Lou, W. Yang,G. Yu*,Hydrodynamic characteristics of a suspended curtain for sediment trapping. Journal of port, waterway, coastal and offshore Engineering (ASCE), 2015, 141(1), 04014030.
水力学(本科)
泥沙运动力学(研究生)、海岸工程相似理论及其应用(研究生)
发明名称: 一种局部冲刷坑的促淤修复装置及方法. 申请号:2021106306129
发明名称: 一种高含水泥浆的快速脱水装置,申请号: CN201510199059;
发明名称: 一种高含水泥浆的快速脱水装置和方法,申请号: CN201410032542;
发明名称: 海洋工程的自落冲埋式固结锚,申请号: CN201410025207;
发明名称: 一种具有滤泥抗堵、高效排水功能的环保型退水口,申请号: CN201310374329;
发明名称: 超抓重比的固结型锚及其安装方法,申请号: CN201210153612;
发明名称: 柔性促淤防冲刷装置及其安装方法,申请号: CN201210154667;
发明名称: 柔性促淤防冲刷装置及其安装方法,申请号: CN201210154667;
发明名称: 超抓重比的固结型锚及其安装方法,申请号: CN201210153612;
发明名称: 一种带内胆的升降网箱及其升降支撑系统,申请号: CN201210114695;
发明名称: 一种分离式自钻埋入锚,申请号: CN201210084917;
发明名称: 一种水下爆破药仓安装设备与安装爆破方法,申请号: CN201210034295;
发明名称: 模块式人造网状铺垫防冲刷装置及方法,申请号: CN201110424793;
发明名称: 湖泊底部香灰土及悬浮物采样装置,申请号: CN201110344128;
发明名称: 带高频微幅振动的动力埋入锚,申请号: CN200810038546
1994年获国家教委的中青年优秀教师基金出国留学奖励。
20013年获得江苏省科技进步2等奖。
2024年,中国水运工程建设协会,科技进步1等奖。
2024年,中国大坝工程协会,科技进步1等奖。
2006年浦江人才