姓 ??名：姚建喜

性 ??別：男

職稱/職務：副教授/船舶工程系副主任

學位/學歷：博士/研究生

郵 箱：yao@whut.edu.cn

個人簡歷：姚建喜，2007年畢業于武漢理工大學船舶與海洋工程專業，獲工學學士學位，2010年畢業于上海交通大學船舶海洋結構物設計與制造專業，獲工學碩士學位，2015年畢業于德國柏林工業大學船舶與海洋工程專業，獲工學博士學位。學成回國后加入武漢理工大學從事教學科研工作，長期致力于船舶操縱性與耐波性、船舶運動智能預報、航路跟蹤控制、CFD技術的研究工作。

研究方向：船舶操縱性和耐波性、智能船技術、CFD

主講課程：《船舶操縱性與耐波性》、《航海力學》、《海洋文化》

成果列表：

[1] Xuemin Song, Jianxi Yao*, Weiqin Liu, Yaqing Shu and Feng Xu (2023), Numerical Generation of Solitary Wave and Its Propagation Characteristics in a Step-Type Flume, Journal of Marine Science and Engineering, 11(1): 35.

[2] Lifei Song, Le Hao, Hao Tao, Chuanyi Xu, Rong Guo, Yi Li and Jianxi Yao* (2023), Research on Black-Box Modeling Prediction of USV Maneuvering Based on SSA-WLS-SVM, Journal of Marine Science and Engineering, 11(2): 324.

[3] Yikang Liu, Jianxi Yao*, Feng Xu (2022), RANS Investigation of the Hydrodynamic Interactions Between Two Approaching Ships in Shallow Water Considering the Effects of Drift Motion and Rudder Deflection, Ocean Engineering, 261(1): 111952.

[4] Long Jiang, Jianxi Yao* and Zuyuan Liu* (2022), Comparison between the RANS Simulations of Double-Body Flow and Water-Air Flow around a Ship in Static Drift and Circle Motions, Journal of Marine Science and Engineering, 10(7): 970.

[5]姚建喜,胡一(2022),船舶操縱運動參數辨識建模與預報軟件V1.0,登記號：2022SR0993278, 2022-08-03.

[6]姚建喜,胡一(2022),基于改進粒子群算法的船舶操縱運動辨識建模軟件V1.0,登記號：2022SR1291820, 2022-08-26.

[7]姚建喜,胡一(2022),波浪中的船舶操縱性預報軟件V1.0,登記號：2022SR1348838, 2022-09-09.

[8]姚建喜,楊三興(2022),深水船舶回轉與Z形操縱運動預報軟件V1.0,登記號：2022SR1595912, 2022-12-21

[9] Jianxi Yao*, Zuyuan Liu, Xuemin Song, and Yan Su (2021), Pure Low-Frequency and Pure High-Frequency Ship Motion Equations in Regular Waves, Ocean Engineering, 233(3): 109152.

[10] Jianxi Yao*, Zuyuan Liu, Xuemin Song, and Yan Su (2021), Ship Maneuvering Prediction with Hydrodynamic Derivatives from RANS: Development and Application, Ocean Engineering, 231(2): 109036.

[11] Jianxi Yao*, Xide Cheng, Xuemin Song, Chengsheng Zhan and Zuyuan Liu* (2021), RANS Computation of the Mean Forces and Moments and Wave-Induced Six Degrees of Freedom Motions for a Ship Moving Obliquely in Regular Head and Beam Waves, Journal of Marine Science and Engineering, 9(11): 1176.

[12] Yi Hu, Lifei Song*, Zuyuan Liu and Jianxi Yao* (2021), Identification of Ship Hydrodynamic Derivatives Based on LS-SVM with Wavelet Threshold Denoising, Journal of Marine Science and Engineering, 9(12): 1356.

[13] Qingze Gao, Lifei Song* and Jianxi Yao* (2021), RANS Prediction of Wave-Induced Ship Motions, and Steady Wave Forces and Moments in Regular Waves, Journal of Marine Science and Engineering, 9(12): 1459.

[14]盧冠宇,姚建喜* (2021), 基于SVR的船舶操縱運動黑箱建模,中國航海, 44(4): 13-19.

[15]高慶澤,姚建喜* (2021), 基于雷諾平均Navier-Stokes方程計算的慣性效應與波幅對船舶波浪增阻影響分析,中國造船, 64(4): 75-88.

[16] Jianxi Yao*, Yan Su, Xuemin Song, Zuyuan Liu, Xide Cheng, and Chengsheng Zhan (2020), RANS Analysis of the Motions and Added Resistance for KVLCC2 in Head Regular Waves, Applied Ocean Research, 105(86): 102398.

[17] Jianxi Yao*, Zuyuan Liu*, Yan Su, Xide Cheng, Xuemin Song, and Chengsheng Zhan (2020), A Time-Averaged Method for Ship Maneuvering Prediction in Waves, Journal of Ship Research, 64(3): 203~225.

[18] Jianxi Yao (2020), Prediction of the Dynamic Response of a Ship in Head Waves Using OpenFOAM Toolbox, International Journal of Maritime Engineering, 162: 47~53.

[19]姚建喜,鄭自強,黃家樂,張文哲,崔連正(2020),基于撬冰作業的極地多用途工作船,專利號：ZL201811004700.2, 2020-02-14.

[20]姚建喜,鄭自強,崔連正,劉祖源,程細得(2020),快速自航模虛擬試驗系統軟件V1.0,登記號：2020SR0038574, 2020-01-08.

[21] Jianxi Yao*, Xide Cheng and Zuyuan Liu (2018), Ship Maneuvering Prediction Based on Numerical Towing Tank technique, International Journal of Maritime Engineering,160: 285~292.

[22] Jianxi Yao*, Weiguo Wu and Keqiang Chen, (2018), Analysis of the Maneuvering of a Sea-River-Going Ship in Shallow Water, The 32^ndAsian-Pacific Technical Exchange and Advisory Meeting on Marine Structures, Wuhan, OCT 15-19.

[23] Jianxi Yao (2017), A virtual piston-type wave maker based on OpenFOAM, International Journal of Maritime Engineering,159: 159~165.

[24] Jianxi Yao (2017), Model- and full-scale RANS simulations for a drift tanker, International Journal of Maritime Engineering, 159: 197~204.

[25]姚建喜,劉祖源(2017), RANS simulation of the flow around a ship in head waves,第十四屆全國水動力學學術會議暨第二十八屆全國水動力學研討會，8月8日-10日，長春.

[26]姚建喜,吳靜萍(2017),孤立波數值造波研究,武漢理工大學學報(交通科學與工程版), 41(4): 604~608.

[27] Jianxi Yao, Wei Jin, Yang Song (2016), RANS simulation of the flow around a tanker in forced motion,Ocean Engineering, 127: 236~245.

[28] Jianxi Yao (2015), Investigation on hydrodynamic performance of a marine propeller in oblique flow by RANS computations, International Journal of Naval Architecture and Ocean Engineering, 7(1): 56~69.

[29]姚建喜,鄒早建,王化明(2011), Numerical Study on Bank Effects for a Ship Sailing in Shallow Channel, Journal of Shanghai Jiaotong University(Science), 16(1): 91~96.

[30]姚建喜,鄒早建(2011),船舶近岸航行岸壁效應數值研究,武漢理工大學學報(交通科學與工程版), 35(3): 435~438.

[31] Jianxi Yao, Zaojian Zou (2010), Calculation of ship squat in restricted waterways by using a 3D panel method, Journal of Hydrodynamics, Ser. B, 22(1): 489~494.

[32]姚建喜,鄒早建，王化明(2009),船舶近垂直岸壁航行岸壁效應數值研究,第九屆全國水動力學學術會議暨第二十二屆全國水動力學研討會.

科研項目：

[1]中央軍委裝備發展部裝備項目管理中心，裝備預先研究領域基金（快速扶持項目第一階段），應用于水下充電的波浪能裝置水動力性能與能量轉換機理研究，2022-10至2023-02.

[2]中國特種飛行器研究所，軍工橫向，水面飛行器水面起飛操縱性運動模型研究，2022-07至2024-07.

[3]中央軍委裝備發展部裝備項目管理中心,水面艦船風浪環境XXXX技術研究，2022-04至2025-12.

[4]中央軍委裝備發展部裝備項目管理中心,基于強化學習技術的無人艇風浪環境下運動控制參數智能匹配方法，裝備預先研究領域基金（快速扶持項目第一階段），2022-03至2022-08.

[5]中央軍委裝備發展部裝備項目管理中心，裝備預先研究領域基金（快速扶持項目第一階段），尾斜浪中船舶操縱誘發大幅橫搖機理和失穩特性研究，2021-10至2022-03.

[6]武漢南華工業設備工程股份有限公司，橫向，大型無人艇操縱運動控制模型研究，2021-03至2021-11.

[7]武漢華中航空測控技術有限公司，橫向，水下航行器六自由度運動仿真軟件研發，2020-11至2021-02.

[8]中央軍委裝備發展部裝備項目管理中心，深海工作平臺多推進器操控XXX技術，裝備預研共用技術項目，XXX，2018-01至2019-12.

[9]國家自然科學基金委員會，青年科學基金項目，船過船閘時的水動力特性數值預報研究，2017-01至2019-12.

獲獎情況：

[1]海洋航行器與制作大賽一等獎一項

[2]海洋航行器與制作大賽二等獎二項

[3]優秀班主任

[4]優秀創新創業指導老師