科研论文 (1)Jie
Gong；Junjun
Su；Zhongwan
Wu. Euler-Lagrange study on the bubble wake of a ship with
waterjet propulsion，Ocean
Engineering，2025，318，120173.（SCI，Q1） (2)Zhongwan
Wu; Jie
Gong*；Junjun
Su. Numerical investigation of turbulent wake thermal effects on
surface ships，Physics
of Fluids, 2024, 36, 115127. （SCI，Q1） (3)Jie
Gong；Yuanxing
Dai；Wei
Chen. Analysis of scale effect on the propulsion discrepancy of a
four-waterjet system，Ocean
Engineering，2024，308，118276.（SCI，Q1） (4)Zhongwan
Wu，Jie
Gong*，Jiangming
Ding，Junjun
Su. Multi-Objective Optimization on Underwater Radiated Noise of
Rim-Driven Thruster，The
International Society of Offshore and Polar Engineers (ISOPE),
2024, Rhodes, Greece. (5)Jie
Gong; Zhongwan Wu;
Jiangming Ding; Numerical analysis on the transom-stern wake with
a horizontal plunging jet, Ocean
Engineering, 2023,
285, 115465.（SCI，Q1） (6)Zhongwan
Wu; Jie Gong*;
Jiangming Ding; Yidan Sun; Chao Ma; Autonomous modification and
optimization method for rim-driven system in surface ships, Ocean
Engineering, 2023,
290, 116293.（SCI，Q1） (7)Jie
Gong; Wanzhen Luo;
Tiecheng Wu; Zhiyuan Zhang; Numerical analysis of vortex and
cavitation dynamics of an axial-flow pump, Engineering
Applications of Computational Fluid Mechanics,
2022, 16:1, 1921-1938.（SCI，Q1） (8)Jie
Gong; Zhongwan Wu;
Jiangming Ding; Jiabing Jiang; Zhiyuan Zhang; Numerical analysis
of propulsion performance of a waterjet-propelled vehicle in
steady drift, Ocean
Engineering, 2022,
266, 113136.（SCI，Q1） (9)Jie
Gong; Jiangming
Ding; Tiecheng Wu; Jiabing Jiang; Chunyu Guo; 2D-3C PIV
measurement of the near wake of a ducted propeller, Ocean
Engineering, 2022,
252: 111223.（SCI，Q1） (10)Jie
Gong; Jiangming
Ding; Lianzhou Wang; Propeller–duct interaction on the wake
dynamics of a ducted propeller, Physics
of Fluids, 2021,
33: 074102.（SCI，Q1） (11)Jie
Gong; Jianguo Liu;
Yuanxing Dai; Chunyu Guo; Tiecheng Wu; Dynamics of stabilizer
fins on the waterjet-propelled ship, Ocean
Engineering, 2021,
222: 108595.（SCI，Q1） (12)Jie
Gong; Chunyu Guo;
Nhan Phan-Thien; Boo Cheong Khoo; Hydrodynamic loads and wake
dynamics of ducted propeller in oblique flow conditions, Ships
and Offshore Structures,
2020, 15(6): 645-660.（SCI，Q2） (13)Jie
Gong; Chunyu Guo;
Chao Wang; Tiecheng Wu; Kewei Song; Analysis of waterjet-hull
interaction and its impact on the propulsion performance of a
four-waterjet-propelled ship, Ocean
Engineering, 2019,
180: 211-222.（SCI，Q1） (14)Jie
Gong; Chunyu Guo;
Kewei Song; Tiecheng Wu; SPIV measurements and URANS simulations
on the inlet velocity distribution for a waterjet-propelled ship
with stabiliser fins, Ocean
Engineering, 2019,
171: 120-130.（SCI，Q1） (15)Jie
Gong; Chunyu Guo;
Dagang Zhao; Tiecheng Wu; Kewei Song; A comparative DES study of
wake vortex evolution for ducted and non-ducted propellers, Ocean
Engineering, 2018,
160: 78-93.（SCI，Q1） (16)Jie
Gong; Chunyu Guo;
Tiecheng Wu; Kewei Song; Numerical Study on the Unsteady
Hydrodynamic Performance of a Waterjet Impeller, Journal
of Coastal Research,
2018, 34(1): 151-163. （SCI，Q4） (17)Jie
Gong; Chunyu Guo;
Tiecheng Wu; Dagang Zhao; Particle image velocimetry measurement
of velocity distribution at inlet duct of waterjet self-propelled
ship model, Journal
of Hydrodynamics,
2017, 29(5): 879-893.（SCI，Q2） (18)Jie
Gong; Chunyu Guo;
Nhan Phan-Thien; Boo Cheong Khoo; Full scale simulations of the
external and internal flow fields for a waterjet-propelled ship,10th International
Conference on Computational Methods,
Singapore, 2020. （国际会议） (19)Jie
Gong；Chunyu
Guo; Tiecheng Wu; Kewei Song; Numerical Simulation of Internal
Flow Field Characteristics for a Ducted Propeller, 8th
International Conference on Computational Methods,
Guilin, 2017. （国际会议） (20)Jie
Gong; Chunyu Guo;
Tiecheng Wu; Kewei Song; A CFD-based Comparative Study for Open
and Ducted Propeller,10th
International Workshop on Ship and Marine Hydrodynamics,
Keelung, 2017. （国际会议） (21)邬忠万,龚杰*,苏永生.轮缘推进器叶片构型参数和水下辐射噪声的关联性，
中国舰船研究,
2024, 19: 1–10. (22)邬忠万，龚杰*，丁江明,等.正反向等推力无轴轮缘推进器叶片参数化设计和优化方法，第三十四届全国水动力学研讨会暨第十七届全国水动力学学术会议，2023，中国宁波. (23)龚杰,孙一丹,丁江明,等.斜流工况下喷水推进系统流场控制体理论模型研究,中国造船,
2023, 64(1):24-33.（EI） (24)龚杰,丁江明,刘建国,张志远,戴原星.限制水域下喷水推进器水动力特性研究,船舶力学,
2023, 27(01): 45-51.（EI） (25)孙聪,龚杰*,宋科委,郭春雨,张亮.斜流下导管桨水动力性能及流场特性数值分析,哈尔滨工程大学学报,
2020, 44(11): 1623-1628.（EI） (26)龚杰,郭春雨,赵大刚,宋科委,钟文军.导管桨内流场及涡特性DES模拟,哈尔滨工程大学学报,
2019, 40(8): 1381-1386.（EI） (27)龚杰,郭春雨,吴铁成,宋科委,林健峰.基于分离涡模拟方法的导管桨近尾流场及尾涡特性分析,上海交通大学学报,
2018, 52(6): 674-680.（EI，高PCSI论文） (28)龚杰,郭春雨,张海鹏.喷水推进船模旋转叶轮流场的数值分析,上海交通大学学报,
2017, 51(3): 326-331.（EI，高PCSI论文） 国家发明专利 (1)基于代理模型的船舶推进器优化设计方法，2024-5-14,中国，ZL202410108241.1 (2)无毂式喷水推进结构和航行器，2023-6-25,中国,
ZL202310745975.6 (3)一种外悬式喷水推进船模自航试验测试系统,2022-7-5,中国,
ZL202111036992.X (4)一种获取导管桨内部流场的水下PIV测量平台,2019-9-27,中国,
ZL201710722256.7 (5)一种基于PIV测量的喷水推进船模进口获流测试方法,2019-8-6,中国,
ZL201710989833.9 (6)适用于导管桨的微气泡降噪装置,2018-8-17,中国,
ZL201710108093.3 (7)一种适用于泵喷推进潜艇的微气泡降噪装置,2018-12-07,中国,
ZL201710237476.0 (8)一种可调式多轴喷水推进船模推进轴系分动装置,2019-6-14,中国,
ZL201710502483.9 软件著作权 (1)喷水推进船模试验数值仿真软件（2019SR0807993） (2)实尺度喷水推进船舶运动仿真与航速预报软件（2019SR0808112） (3)基于场函数的自适应动态非结构网格剖分软件（2019SR0808006） (4)通用型小型喷水推进系统控制软件（2018SR479649） (5)基于PID控制的矢量喷水推进系统控制与运动仿真软件（2018SR617425） (6)船舶及海洋结构物非结构网格自动生成软件（2018SR622542） | 
