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孙士丽

Sun Shi Li

Department： Shipbuilding Eng.

Discipline： Ship and Ocean Eng.

Duty： Vice Dean

Prof. Title： Prof.

Tutor：

Tel： 18745041023

Fax：

E-Mail： shili_sun@163.com

Postcode： 150001

Add：哈尔滨工程大学船海楼602室

Profile

Sun Shili, female, born in November 1983, PhD, Vice Dean, professor, doctoral supervisor, College of Shipbuilding Engineering, Harbin Engineering University, national young talent, deputy director of the Joint Laboratory of International Cooperation in Ship and Ocean Engineering Technology, Heilongjiang Youth Science and Technology Award winner. She has long insisted on the development of China's independent intellectual property rights of ship industry CAE software. The research achievements were featured in China Women's News. She is a member of the International Ship and Ocean Structure Conference (ISSC) and a member of the Women Scientists Working Committee of the Chinese Society of Naval Architecture and Engineering.
To serve the ocean strategic needs of the country, she has carried out researches on the theories, methods and technologies of environmental loads of ships and engineering equipment, and adhere to the development of environmental load forecasting software with independent intellectual property rights in China. She presided more than 10 projects including the national key research and development plan "open list" list task - "industrial software" key special project, the Ministry of Industry and Information Technology of ship major special project "Marine industry CAE software research and development" sub-topic, the National Natural Science Foundation and so on. Aiming at the prediction of extreme environmental loads on ships and Marine engineering equipment, the ship load theory, method, technology and software research are carried out. In order to accurately predict the environmental loads of Marine structures, aiming at the international cutting-edge innovative theory of Marine structures slamming, the similar solution theory and slamming load calculation method of curved marine structures are proposed. A new method for calculating strong nonlinear motion and wave load of ships in bad sea conditions is proposed. The time-domain coupling technology of deep-sea platform and flexible component is developed, a nonlinear time-domain coupling analysis method of deep-sea platform and flexible component in wind and wave environment is proposed, and an autonomous controllable load calculation software is developed in China. Based on innovative theories, methods and technologies in recent years, She published more than 70 relevant Research papers have been published in well-known journals at home and abroad, including 《Journal of Fluid Mechanics》《Journal of Fluids and Structures》《Physics of Fluids》《Ocean Engineering》《Applied Ocean Research》，among which more than 30 SCI journal papers are the first/corresponding author. She was Authorized 25 invention patents, including 9 first inventor patents, published one monograph 《Hydrodynamics of Fluid and Structure Slamming》. She won the 2022 Heilongjiang Youth Science and Technology Award, was approved the 2019 Heilongjiang Province "Excellent Youth Fund", won the second prize of Science and Technology Award of China Society of Naval Architecture Engineering (1st), the first prize of Science and Technology Award of China Society of Naval Architecture Engineering (3rd), the second prize of Ocean Engineering Science and Technology Award of China Ocean Engineering Consulting Association (2nd).
He taught the undergraduate professional courses of "Ship Structural Mechanics", and "Ship and Ocean Engineering Structural Strength" and the graduate professional courses of "Ship Wave Load". As the person in charge of "Ship Structural Mechanics", she was awarded the "Heilongjiang Provincial Colleges and Universities Curriculum Ideological and Political Demonstration Course and teaching team Cultivation Project", and the third prize of the third National College Teachers' Teaching Innovation Competition in Heilongjiang Province. Presided over a grass-roots civilized unit to create a project. She was honored as an outstanding Communist Party member and a model teacher of Harbin Engineering University. The students were selected as the "Star of Self-improvement of Chinese college students", national scholarship and other honors.

Education

2009.03-2011.03, Harbin Engineering University, Ship and Marine Structure design and manufacture, Ph.D
2006.09-2009.03, Harbin Engineering University, Ship and Marine structure design and manufacture, Master
2002.09-2006.07, Harbin Engineering University, Shipbuilding and Ocean Engineering, Bachelor

Experience

2023.04-present, Vice Dean, College of Shipbuilding Engineering, Harbin Engineering University
2022.05-2023.04, Assistant Dean, College of Shipbuilding Engineering, Harbin Engineering University,
2022.07-present, Professor, College of Shipbuilding Engineering, Harbin Engineering University
2014.09-2022.06, Associate Professor, College of Shipbuilding Engineering, Harbin Engineering University
2015.02-2016.02, Visiting Scholar, University College London
2013.03-2014.08, Lecturer, College of Shipbuilding Engineering, Harbin Engineering University
2011.03-2013.03, Postdoctoral fellow, Shanghai Jiao Tong University

Research Fields

Invironmental Loads and Structure Safety

Projects

1) Ship structural performance simulation analysis software - Key technology research of fluid-solid acoustic coupling analysis, National Key Research and development Plan "Open list" list task - "Industrial software" key special project, 2022-12 to 2026-11, in research, presided over;
2) Research on key technologies of CAE software for Shipbuilding Industry - Research on nonlinear wave load forecasting Technology for ships under the whole sea State (Topic 5 Sub-topic 4), Ministry of Industry and Information Technology, Major Projects for Ships - Sub-topic, 2022-01 to 2024-12, in research, presided over;
3) Floating production unit dock mooring scheme and model test research, science and technology project entrusted by enterprises and institutions, 2022-09 to 2023-09, in research, presided over;
4) Research on modeling, motion control and experimental technology of aquatic unmanned aircraft, Basic Research expenses of Central Universities, 2022-06 to 2023-06, research in progress, presided over;
5) Study on the erosion characteristics of permeable coast under nonlinear wave impact, National Natural Science Foundation of China, 2017-01 to 2020-12, Conclusion, presided over;
6) Forecast and model test of bow and large external floating slamming load, science and technology project entrusted by enterprises and institutions 2022-05 to 2022-11, conclusion, presided over;
7) Full nonlinear numerical simulation and software development of ship motion in Waves, Youqing Project of Natural Science Foundation of Heilongjiang Province,2019-07 to 2022-07, Conclusion, presided over;
8) Simulation and Analysis of propeller hydrodynamic Performance under inclined flow, Science and Technology Project entrusted by enterprises and institutions,2021-09 to 2022-03, Conclusion, presided over;
9) Research and development of time-domain dynamic characteristics calculation method under dynamic pressure and elastohydrodynamic lubrication of shaft and bearing, Science and technology project entrusted by enterprises and institutions, 2020-07 to 2021-12, Conclusion, presided over;
10) Calculation of flow field, flow noise and propeller noise of a stern, science and technology project commissioned by enterprises and institutions, 2020-08 to 2021-12, Conclusion, presided over;
11) National Nature Foundation Youth Project, Research on three-dimensional total Nonlinearity calculation method of structure entering water in Waves, 2014.01-2016.12, Conclusion, presided over.

Academic Communication

Admissions

Course For Undergraduate

"Ship Structural Mechanics", "Ship and Ocean Engineering Structural Strength"

Course For Postgraduate

Ship Wave Load

Practical Teaching

Teaching Research

Social Position

2022-present, Member of the International Congress on Ships and Ocean Structures (ISSC)
2019-present, Deputy Director of the Joint Laboratory for International Cooperation in Ship and Ocean Engineering Technology, Ministry of Education
2022-present, member of the Female Scientists Working Committee of the Chinese Society of Naval Architecture Engineering

Patent

[1] Experimental Device for water entry and wave motion of multi-angle objects, ZL201510766745.3., 2017, ranking 1:
[2] A non-uniform fluid mass defense device and its control method, ZL201710399419.2., 2018, ranking 1:
[3] Ocean Wave Energy and Wind Energy Collection Device, ZL201710411398.1., 2019, ranking 1:
[4] A post-paddle energy recovery device, ZL201710365875.5., 2019, ranking 1:
[5] A ship traveling wave power generation device, ZL201710722321.6., 2019, ranking 1:
[6] A deformable propeller, ZL201710722300.4, 2019, ranking 1:
[7] A bubble ice breaking device and method, ZL201710398617.7., 2019, ranking 1:
[8] Passive Adjustable Pitch Free Impeller, ZL201710769785.2., 2019, ranking 1:
[9] A cooling catheter, ZL201710360896.8., 2019, ranking 1:

Book

[1] Sun Shili, Xu Guodong, Ni Baoyu, Hydrodynamics of Fluid and Structure Slamming, Monograph, Harbin Engineering University Press, 2014.

Article

Representative publications

[1]Shi-Li Sun; Jia-Le Wang; Hui Li; Rong-Qi Chen; Chuan-Jie Zhang ; Investigation on responses and wave climbing of a ship in large waves using a fully nonlinear boundary element method, Engineering Analysis with Boundary Elements, 2021, 125: 250-263 (SCI)
[2]Ying Tang; Shi-Li Sun*; Hui-Long Ren ; Numerical investigation on a container ship navigating in irregular waves by a fully nonlinear time domain method, Ocean Engineering, 2021, 223: 108705(SCI）
[3]Shi-Li Sun*; Yong Cheng; Jie Cui; Shi-Yan Sun ; Free fall water entry of a cone in three degrees of freedom, Applied Ocean Research, 2020, 101: 102273（SCI）
[4]Hui Li; Jian Zou; Baoli Deng; Ruixiang Liu; Shili Sun* ; Experimental study of stern slamming and global response of a large cruise ship in regular waves, Marine Structures, 2022, 86: 103294-103294 (SCI)
[5]Weipeng Zhang; Xiaoshen Ning; Fugeng Li; Hang Guo; Shili Sun *; Vibrations of simplified rudder induced by propeller wake, Physics of Fluids, 2021, 33(8): 083618(SCI)
[6]G.X.Wu; S.L.Sun ; Similarity solution for oblique water entry of an expanding paraboloid, Journal of Fluid Mechanics, 2014, 745: 398-408 (SCI)
[7]Jin Wang; Shi-Li Sun*; Jian Hu ; The coupling analysis of tank motion and sloshing by a fully nonlinear decoupling method, Nonlinear Dynamics, 2017, 89(2): 971-985（SCI）
[8]Shi-Li Sun; Bang-Wei Liu; A-Man Zhang* ; On the fully nonlinear water entry of a cone in Stokes wave, Engineering Analysis with Boundary Elements, 2019, 98: 232-242 (SCI)
[9]Shi-Li Sun; Shi-Yan Sun; Guo-Xiong Wu* ; A three dimensional infinite wedge shaped solid block sliding into water along an inclined beach, Journal of Fluids and Structures, 2016, 66: 447-461 (SCI)
[10]S.L.Sun*; G.X.Wu ; Self-similar solution for oblique impact of a water column with sharp front on a wall and its zero inner angle steady limit, Physics of Fluids, 2014, 26(082106): 1- 17 (SCI)
[11]Jian Hu; Xiaoshen Ning; Shili Sun*; Fugeng Li; Jiachen Ma; Weipeng Zhang ;Fluid-structure coupled analysis of flow-induced vibrations in three dimensional elastic hydrofoils, Marine Structures, 2022, 84: 103220 (SCI)
[12]Ying Tang; Shi-Li Sun*; Rui-Song Yang; Hui-Long Ren; Xin Zhao; Jia-Long Jiao ; Nonlinear bending moments of an ultra large container ship in extreme waves based on a segmented model test, Ocean Engineering, 2022, 243: 110335 (SCI)
[13]Zi-Lin Zhang; Hong-Tao Yuan; Shi-Li Sun*; Hui-Long Ren ; Hydrodynamic characteristics of a fixed semi-submersible platform interacting with incident waves by fully nonlinear method, International Journal of Naval Architecture and Ocean Engineering, 2021, 13: 526-544 (SCI)
[14]Shi-Li Sun; Jin Cui; Shen-Wei Ge; Jian Zou*; Wen Zhou ; Elimination of over-predicted heave and pitch motions of catamarans at resonance frequency, Ships and Offshore Structures, 2021, 17(6): 1332-1244 (SCI)
[15]Dong C.R.; Sun S.L.*; Song H.X.; Wang Q. ; Numerical and experimental study on the impact between a free falling wedge and water, International Journal of Naval Architecture and Ocean Engineering, 2019, 11: 233-243 (SCI)

Honors

1) National Major Talent Project-Youth Project, 2022;
2) Outstanding youth project of National nature science foundation of Heilongjiang Province, 2019;
3) Excellent Communist Party Member of Harbin Engineering University, Harbin Engineering University, 2021;
4) Model Teacher of Harbin Engineering University, Harbin Engineering University, 2023;

Awards

1) The 15th Heilongjiang Youth Science and Technology Award, Heilongjiang Provincial People's Government, 2022;
2) Nonlinear hydrodynamic load prediction and efficient Collision avoidance/roll reduction technology for ocean engineering ships under harsh sea conditions, First Prize of Science and Technology Award of China Society of Naval Architecture Engineering, China Society of Naval Architecture Engineering, 2021, ranking 3;
3) Research and application of Extreme load prediction and Ultimate Strength assessment technology for large Marine structures, Second Prize of Science and Technology of China Society of Naval Architecture Engineering, China Society of Naval Architecture Engineering, 2020, ranking 1;
4) Research on Hydrodynamic Slamming Theory and Calculation Method of Marine structures, Second Prize of China Ocean Engineering Science and Technology Award, China Ocean Engineering Consulting Association, 2020, ranking 2;

Personal Information

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孙士丽