The Multi-scale Test and Analysis of Ship Overall Performance Team

DATEDecember 31, 2022

Research Interests

Advanced experimental theory and methods, outdoor offshore experiment, computational fluid mechanics, underwater propulsion technology, ice mechanics and test, underwater vehicle auto control, underwater vision detection, underwater navigation, artificial intelligence, bionics, applied mathematics.


[1] Chunyu Guo,Yiwei Fan,Changdong Yu,Yang Han.Time-resolved particle image velocimetry algorithm based on deep learning[J].IEEE Transactions on Instrumentation and Measurement,2022,71:1-13.

[2] Chunyu Guo,Yunfei Kuai,Yang Han.Hydrodynamic analysis of propulsion process of zebrafish[J].Physics of Fluids,2022,34(2):021910.

[3] Chun-yu Guo,Ze-jun Liang,Yang Han,Peng Xu,Yong-hao Wang,and Yun-fei Kuai.Hydrodynamic mechanism of misgurnus anguillicaudatus during turning maneuvers[J].Physics of Fluids,2022,34(9):095130.

[4] Chao Wang*,Weipeng Xiong,Xin Chang**,Liyu Ye,Xing Li. Analysis of variable working conditions for propeller-ice interaction[J].Ocean Engineering,156(2018),277-293.

[5] Chao Wang,Shengxia Sun,Xin Chang,Liyu Ye.Numerical simulation of hydrodynamic performance of ice class propeller in blocked flow using overlapping grids method[J].Ocean Engineering,141(2017):418–426.

[6] Chao Wang,Kaiqiang Weng,Chunyu Guo*,Lang Gu**.Prediction of hydrodynamic performance of pump propeller considering the effect of tip vortex[J].Ocean Engineering,2019,171:259-272.

[7] Chao Wang*,Shuai Sun,Liang Li,Liyu Ye.Numerical Prediction Analysis of Propeller Bearing Force for Full Scale Hull-Propeller-Rudder System[J].Journal of Naval Architecture and Ocean Engineering,2016,8(6):589-601.

[8] Kaiqiang Weng,Chao Wang,Peng Li,Cong Sun.Prediction of steady hydrodynamic performance of pump jet propulsor considering vessel body influence[J].Ocean Engineering,2022,247:110698.

[9] Cong Sun,Chao Wang,Shengxia Sun,Xin Chang.Numerical prediction analysis of fluctuating pressure and rudder force for full-scale hull-propeller-rudder system[J].Ocean Engineering,147(2018):580–590

[10] Liyu Ye,Chao Wang,Xin Chang,hongyu Zhang.Propeller-ice contact modeling with peridynamics[J].Ocean Engineering,2017,139:54-64.

[11] Liyu Ye,Chunyu Guo,Chao Wang,Chunhui Wang.Prediction of the dynamic pressure distribution on a propeller blade under ice milling[J].Ocean Engineering,2019,188:106284.

[12] Wanzhen Luo,Chunyu Guo,Tiecheng Wu,Yumin Su.Experimental research on resistance and motion attitude variation of ship–wave–ice interaction inmarginal ice zones[J].Marine Structures,2018,58:399-415.

[13] Chunhui Wang,Jiaan Wang,Chao Wang,Chunyu Guo.Research on vertical movement of cylindrical structure out of water and breaking through ice layer based on S-ALE method[J].Chinese Journal of Theoretical and Applied Mechanics,2021,53(11):3110-3123.

[14] Yan Gao,Oterkus Selda.Fully coupled thermomechanical analysis of laminated composites by using ordinary state based peridynamic theory[J].Composite Structures,2019,207:397-424.

[15] Hang Guo,Chunyu Guo,Jian Hu,Jianfeng Lin,Xianghai Zhong.Influence of jet flow on the hydrodynamic and noise performance of propeller[J].Physics of Fluids,2021,33(6):065123.

[16] Hang Guo,Jian Hu,Chunyu Guo,Weipeng Zhang,Jianfeng Lin.Numerical simulation of the dynamic stall of a freely rotating hydrofoil[J].Physics of Fluids,2020,32(9):095113.

[17] Jianfeng Lin,Dagang Zhao,Chunyu Guo,Zuotian Zhang,Yuming Su.Numerically modeling the effect of flexibility on flow around marine engineering structures:Using the shape of the Saguaro Cactus[J].Journal of Coastal Research,2020,36(3):628-635.

[18] Chunyu Guo,Xianghai Zhong,Dagang Zhao,Chao Wang,Jianfeng Lin,Kewei Song.Propulsion performance of large-scale ship model in real sea environment[J].Ocean Engineering,2020,210:107440.

[19] Jian Hu,Weipeng Zhang,Shili Sun,Chunyu Guo,Numerical simulation of vortex–rudder interactions behind the propeller[J].Ocean engineering,2019,190:106446.

[20] Chunyu Guo,Xu Wang,Chunhui Wang,Qingxin Zhao,Haipeng Zhang.Research on calculation methods of ship model self-propulsion prediction[J].Ocean Engineering,2020,203:107232.


(1) Overall scheme and main system performance simulation verification and evaluation research, National Science and Technology Progress Award, GradeⅡ,2017.

(2) Overall scheme and main system performance simulation verification and evaluation research、National Defense Science and Technology Progress Award, GradeⅠ,2016.

(3) Development of high-speed search and rescue boats, National Defense Science and Technology Progress Award, GradeⅠ,2014.

(4) Optimization design and test analysis system of ship propulsion energy-saving device, Ocean Engineering Science and Technology Invention Award, GradeⅠ,2020.

(5) Cross-scale forecasting and analysis system of hydrodynamic characteristics of ship propulsion energy-saving device and water-jet thruster, Chinese Society of Naval Architects and Marine Engineers Science and Technology Progress Award, GradeⅡ,2021.

(6) Ship special propulsion device and its experimental test and analysis system, National Defense Science and Technology Progress Award, Grade Ⅲ,2017.

(7) Special hydrodynamic propulsion devices for ships and marine structures and performance testing and analysis systems in complex environments, Heilongjiang Province Science and Technology Invention Award, Grade Ⅲ,2017.

(8) Create a "Integrated two-auxiliary dual drive" talent training system to cultivate first-class engineering talents in the field of marine and offshore engineering, National Teaching Achievement Award, GradeⅡ,2018.

(9) Exploration and practice of the new model of experimental teaching combining virtual and reality in ship and ocean engineering in the era of "Internet+", Heilongjiang Province Teaching Achievement Award, GradeⅡ,2018.


Chunyu Guo; Chao Wang