ZHANG Baoji (Ph.D., professor, doctoral supervisor, associate dean)
1. The basic situation:
Zhang Baoji, male, born in November 1979, dalian city, liaoning province, Ph.D., professor, PhD supervisor, vice President of the institute of Marine science and engineering (head of graduate students and laboratory).
2. The academic and professional affiliations:
(1) high technology project evaluation experts of the ship
(2) the national natural science foundation of engineering and material department, communication evaluation experts
(3) the Ocean Engineering, China Ocean Engineering, the Engineering Applications of Computational Fluid Mechanics ", "Journal of Marine Science and Application", "Journal of huazhong university of Science and technology," Journal of Shanghai jiaotong university journals such as referees.
3. Education experience:
2003.09 ~ 2009.07 Dalian technology university, the institute of Marine engineering, ship and ocean structure design and manufacture, PhD (Thurber even read)
1999.09 ~ 2003.09 Dalian university, the mechanics department, mechanical design and manufacturing and automation, undergraduates
4. Work and research experience:
2019.09 to Shanghai maritime university, institute of Marine science and engineering, professor (2019.06 new PhD supervisor)
2013.08 ~ 2019.09 Shanghai maritime university, institute of Marine science and engineering, associate professor
2009.09 ~ 2013.08 Shanghai maritime university, institute of Marine science and engineering, lecturer (2012.06 new master tutor)
2018.09 ~ 2019.09 the national university of Singapore, the environment and architectural engineering institute, a visiting scholar
2012.09 ~ 2013.07 Shanghai jiaotong university, ship and architectural engineering institute, a visiting scholar
5. The master courses:
Undergraduate courses: ship statics, the ship resistance and propulsion, the Chinese history of shipbuilding
Graduate courses: ship resistance, Marine hydrodynamics
Doctoral courses: modern design theory and method of ship
6. The research paper:
1) Zhang Bao Ji, Liu Wen - Bai, Liu Wei, From school - running "3 + 1" model to "the cultivation of outstanding engineers", the third innovation education academic conference, 2013:68-71.
2) Zhang Baoji. Graduate courses "ship resistance" case teaching methods and make research. Ship and Marine engineering, 2017, (7) : 46 to 48.
3) Zhang Baoji, war, of the next exercise GNC. Excellence Marine engineer practice teaching training system research, maritime higher education research, 2014 (3) : 5-9.
4) Zhang Baoji Wu Gongxing, Zhou Hui. Implementation of ship and ocean engineering "excellence initiative" training mode of research and discussion, maritime higher education research, 2012 (1) : 1-4.
7. Research direction:
1) based on the theory of hydrodynamics, ship form optimization
2) ship CFD
3) the second generation intact stability
8. Research projects (head) :
1) 2018. 01-2022. 01. Ship type SBD design based on the unsteady RANS method, research methods and sailing optimization method.finally, the national natural science foundation of China (on the project - 51779135), project director. In the research
2), 2011. 01-2014. 01. Based on the Rankine source method of hull form design method of least resistance, the national natural science foundation of China (youth fund projects - 51009087), project director. The concluding
3) 2014. 07-2017. 07. Based on SBD technology of ship hydrodynamic performance optimization design method research, Shanghai natural science fund, 14 zr1419500, project director. The concluding
4), 2018. 06-2020. 10. Ship broaching and maneuverability coefficient calculation method research (outsourcing) - ministry of industry and high technology research projects 2012 [533] - ship of the second generation complete stability criterion and technology research. Project director. In the research
5), 2016. 06-2017. 12. Ship ride the waves broaching-to calculation method research (outsourcing) - ministry of industry and high technology research projects 2012 [533] - ship of the second generation complete stability criterion and technology research. Project director. The concluding
6), 2013. 06-2014. 12. Ship ride the waves broaching the second weak transverse prospective research (outsourcing) - ministry of industry and high technology [533] 2012 research projects - ship of the second generation complete stability criterion and technology research. Project director. The concluding
7) 2017. 06-2017. 11. Singapore Marine industry development research (outsourcing) - China shipbuilding industry corporation 171institute, project director. The concluding
8) 2012. 11-2013. 02. The three body form the research progress and application prospect of (outsourcing) - institute of China shipbuilding industry corporation 171 institute, project director. The concluding
9. Scientific research project (mainly involved in) :
1) 2020. 01-2024. 01. Under the action of oblique waves trimaran torsional wave motion and instability characteristics and mechanism research (on the project - 51979157), in person. In the research
2), 2017. 07. ~ 2020. 07. The numerical simulation of the deformation of solitary wave propagation in south China sea, Shanghai science and technology commission, to participate in the people. In the research
3) 2008. 12. ~ 2013. 12. Oceangoing ships sailing navigation application research, science and technology commission of Shanghai, to participate in. The concluding
10. Journal articles:
27 papers, of which 15 SCI retrieval, 10 pieces of EI retrieval
[1]*Zhang Bao-ji, Zhang Chi, She Wen-Xuan. The Minimum Wave Resistance of Hull Form Design Method Based on CFD Method. Journal of Ship Production and Design, 2019, 35(3): 1-10.
[2]*Zhang Bao-Ji, Lu Xin-Di, She Wen Xuan. Resistance performance simulation of remotely operated vehicle in deep sea considering propeller rotation, Part M Journal of Engineering for the Maritime Environment, 2019, 53(1):1-14.
[3]*Zhang Bao-Ji, Liu Jie, Xu ning, Niu lei, She wen xuan. Numerical Simulation of Ship Motions in Regular and Irregular Waves, Marine Technology Society Journal，2019, 53(1):97-106.
[4]*Zhang Bao-ji, Xu-ning. The Research of Added Resistance in Waves Based on Nonlinear Time-Domain Potential Flow Theory. Journal of Marine Science and Technology, 2018, 26(3): 343-351
[5]*Zhang Bao-ji, Sheng-long Zhang, Zhang hui. Optimization Design of Minimum Total Resistance Hull Form Based on CFD Method. China Ocean Engineering, 2018,32(3):323-330.
[6]*Zhang Bao-ji, Niu lei. Study on calculation method of added resistance of ships in irregular waves. Naval Engineers Journal, 2017, 129(4): 123-134
[7]*Zhang Bao-ji, Ai-qin Miao. The design of a hull form with the minimum total resistance. Journal of Marine Science and Technology, 2015, 23(5): 591-597.
[8]*Zhang Bao-Ji, Zhang Zhu-Xin. Research on theoretical optimization and examination validating of minimum resistance hull form based on Rankine source method. International Journal of Naval Architecture and Ocean Engineering, 2015, 27(5): 785-794.
[9]*Zhang Bao-Ji, Miao Ai-Qin, Zhang Zhu-Xin. Research on design method of the full ship form with minimum thrust deduction factor. China Ocean Engineering, 2015, 29(2): 301-310.
[10]*Zhang Bao-ji. Research on hull lines optimization for minimum resistance based on Rankine source method. Journal of Marine Science and Technology, 2012, 20(1): 89-94
[11]*Zhang Bao-ji, Ma Kun. Study on hull form optimization for minimum resistance based on Niche Genetic Algorithms. Journal of Ship Production and Design, 2011, 27(3): 1-7.
[12]*Zhang Bao-ji, Ma Kun, Ji Zhuo-shang. The optimization study for hull form of minimum wave making resistance based on Rankine source method. Journal of Hydrodynamics, Ser. B. 2009, 21(2): 277-284.
[13]*Sheng-long Zhang, Bao-ji Zhang, Tahsin Tezdogan, Le-ping Xu, Yu-yang Lai. Computational fluid dynamics based hull form optimization using approximation method. Engineering Applications of Computational Fluid Mechanics, 2017.
[14]*Sheng-long Zhang, Bao-ji Zhang, Tahsin Tezdogan, Le-ping Xu, Yu-yang Lai. Research on bulbous bow optimization based on the improved PSO algorithm. China Ocean Engineering, 2017, (33)4: 487-494.
[15]*Sheng-long Zhang, Tahsin Tezdogan, Baoji Zhang, Leping Xu, Yuyang Lai. Hull form optimisation in waves based on CFD technique. Ships & Offshore Structures, 2017, 12(2): 1-16.
[16] * Zhang Baoji, LuJiang Gu Min. Based on riding the wave/broaching-to weak criterion of ship navigation safety analysis. Journal of Shanghai jiaotong university, 50 volumes, 1) : 277-284, 2016, EI retrieval.
[17] * Zhang Baoji, LuJiang Gu Min. Ship riding the wave/broaching-to weak criterion research. China shipbuilding, 56 (1) : 120-126, 2015. EI retrieval.
[18] * Zhang Baoji, LuJiang Gu Min. Ship riding the wave/broaching-to weak criterion research were reviewed. China shipbuilding, 56 (3) : 172-182, 2015. EI retrieval
[19] * Zhang Baoji, hull form optimization design based on hybrid optimization algorithm, journal of Shanghai jiaotong university, 46, 8, 1238-1242, 2012. EI retrieval.
[20] * Zhang Bao - ji. The shape optimization of bow bulbs with The minimum wave - making hold -based on Rankine source method. Journal of Shanghai Jiaotong University (Science), 2012 (1) : 65-69. The EI retrieval.
[21] * Zhang Baoji, hull and propeller friction calculation, the mutual interference of Harbin engineering university, 33, 10, 1228-1231, 2012. EI retrieval.
[22] * Zhang Baoji Ma Kun, JiZhuo. Minimum resistance hull form optimization design method based on genetic algorithm research. Ship mechanics, volume 15, no. 4:325-331, 2011. EI retrieval.
[23] * Zhang Baoji, based on the static water resistance and wave resistance of ship's linear optimization research. Journal of huazhong university of science and technology, vol., 10th, 32-35, 2011. EI retrieval.
[24] * Zhang Baoji Ma Kun. Based on the Rankine source method of hull form optimization design, journal of Shanghai jiaotong university, 44 (10) : 1414-1417, 2010. EI retrieval.
[25] * Zhang Baoji Ma Kun, JiZhuo. Based on the numerical simulation of wave drag Rankine source method research. Journal of dalian university of technology, 49 (6) : 872-875, 2009. EI retrieval.
[26] * Zhang Bao - Ji Ning Ping - Bo and Zhang Chi. Research on Calculation Method of Wave Load and Mooring Force -based on Time Domain Potential Flow, Journal of Defense Management, 2019, 9 (1) : 1-7.
[27] * Zhang Bao - Ji, Ma Song - Nan. Research on Motion Response and Sickness Incidence of the Fishing Boat in the Heading and Quartering Seas, -- FisheriesSciences.com, 2019, 13 (2) : 26-33.
11. The conference papers:
[1] * Zhang Baoji, Yang. Based on the theory of hydrodynamics, ship type fine optimization design method of least resistance, the thirteenth session of the national water dynamics of conferences and seminars on the hydrodynamics, 26, 1283-1290, 2014.
[2] * Zhang Baoji, Yang jia, li-fen hu. Hull geometry automatic refactoring technology research progress were reviewed, the thirteenth session of the national water dynamics of conferences and seminars on the hydrodynamics, 26, 1291-1303, 2014.
12. Books and materials:
[1] * Bao - ji, Zhang Sheng - long Zhang. The Research on Ship Design and Optimization -based on Simulation - -based Design (SBD) Technique. Springer, 2018, 6.
[2] * Zhang Baoji. Ship statics (materials), Shanghai maritime university for three years for teaching, Shanghai jiaotong university press, 2016.
13. The prize honors:
1) the gravity type oil absorption device for the eighth Chen Jiageng youth award (Shanghai) honorable mention. Inventors: Wang Jianxiang, guide teacher: Zhang Baoji
2) ship and ocean engineering "3 + 1" teaching pattern reform and practice of Shanghai maritime university teaching achievement first prize
14. Thurber enrollment plan
(1) : enrolment in 2020 ~ 2021, plans to recruit "ship hydrodynamics, ship form optimization, ship CFD" 2 ~ 3 PhD research direction.
(2) the master's admissions: plans to recruit "design and manufacture of ship and Marine structures" (ship hydrodynamics, ship form optimization, ship CFD, the second generation intact stability) of master graduate student research direction.
Contact: bjzhang@shmtu.edu.cn, 021-38283290