DOCX《船海博士》

船海博士 序号 , 姓名 , 班级 , 学号 , 专业 , 联系电话 , EMAIL , 导师 , 导师加分 (满分20分) , 是否申请国家奖学金 , 论文题目/专利名称 , 发表刊物/专利号/会议名称 , 刊物等级/专利状态 , 等级分 , 第几作者 , 第一作者是否为导师 , 论文状态(发表/录用)专利状态(受理/授权) , 录用/发表时间 , 重复使用 , 加分 , 获奖情况 , 获奖时间 , 奖项等级 , 重复使用 , 加分 , 担任学生干部情况 , 担任时间 , 加分 , 献血次数与时间 , 加分 , 总分 , 备注 1, 霍星星 , A1401092 ,

0140109038 , 船舶与海洋工程 ,

18691166173 , hanghaiman@163.

com , 葛彤 ,20, 否 , Horizontal path-following control for deep-sea work-class ROVs based on a fuzzy logic system, Huo xingxing,Ge tong, Wang xuyang , Ships and Offshore Structures , 其他SCI期刊 ,20,1, 否 , 发表 , 2018.03.14 , 否 ,20,52, Nonlinear correction of a hydraulic propulsion system used in deep-sea work-class ROVs,Huo xingxing, Zhang chunbwen, Ge tong, Wang xuyang , Journal of Ship Mechanics , EI期刊 ,12,1, 否 , 录用 , 2018.01.03 , 否 ,12, 2, 王一听 , A1701022 ,

017010210014 , 船舶与海洋工程 ,

18202190656 , [email protected] , 汪学锋 ,19, 是 , Motion Response of a Moored Semi-Submersible-Type Single Module of a VLFS in Multi-Slope Shallow Water Yiting Wang, Xuefeng Wang, Shengwen Xu and Aibing Ding , INTERNATIONAL JOURNAL OF OFFSHORE AND POLAR ENGINEERING , 校B档SCI ,30,1, 否 , 发表 , 2017.12 , 否 ,30,,

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班长 , 2017.4-至今 ,2,,

,116, Motion Responses of a Catenary-Taut-Hybrid Moored Single Module of a Semisubmersible Very Large Floating Structure in Multisloped Seabed Yiting Wang, Xuefeng Wang, Shengwen Xu and Lei Wang , JOURNAL OF OFFSHORE MECHANICS AND ARCTIC ENGINEERING-TRANSACTIONS OF THE ASME , 校B档SCI ,30,1, 否 , 发表 ,2018.3, 否 ,30, Motion responses of a catenaryCtautC tendon hybrid moored single module of a semisubmersible-type VLFS overuneven seabed Yiting Wang, Shengwen Xu, Lei Wang, and Xuefeng Wang , JOURNAL OF MARINE SCIENCE AND TECHNOLOGY , 校B档SCI ,30,1, 否 , 发表 ,2018.8, 否 ,30, Hydrodynamic interactions of a Multi-modular Semi-submersible type Very Large Floating Structure Yiting Wang, Xuefeng Wang, Shengwen Xu, Lei Wang, Jun Li , 2018ISOPE , EI会议 ,5,1, 否 , 发表 ,2018.6, 否 ,5, 3, 王天琦 , A1801022 ,

018010210021 , 船舶与海洋工程 ,

18217271576 , [email protected] , 梁夫友 ,20, 是 , A computational model of the hepatic circulation applied to analyze the sensitivity of hepatic venous pressure gradient (HVPG) in liver cirrhosis. Tianqi Wang, Fuyou Liang, Zunqiang Zhou, Lu Shi. , Journal of Biomechanics , 校B档SCI ,30,1, 否 , 发表 , 2017.9.25 , 否 ,30,72, Global sensitivity analysis of hepatic venous pressure gradient (HVPG) measurement with a stochastic computational model of the hepatic circulation. Tianqi Wang, Fuyou Liang, Zunqiang Zhou, Xiaolong Qi. , Computers in Biology and Medicine , 其他SCI ,20,1, 否 , 发表 , 2018.4.21 , 否 ,20, 基于肝循环血流动力学模型的肝静脉压力梯度测量精度分析. 王天琦, 周尊强, 祁小龙, 梁夫友 , 医用生物力学 , 其他 ,2,1, 否 , 发表 , 2018.8.1 , 否 ,2, 4, 俞强 , A1401092 ,

0140109042 , 船舶与海洋工程 ,

18217531389 , [email protected] , 廖世俊 ,20, 是 , Analysis of mixed convection flow in an inclined lid-driven enclosure with Buongiorno'

s nanofluid model , International Journal of Heat and Mass Transfer , 校A档SCI ,40,1, 否 , 发表 , 2018.05.22 , 否 ,40,,