• Papers

  more

• [1] Yu Yang; Zhao Mingren*; Li Zhenmian; Yu Jianxing; Liu Cheng; Lixin Xu, Comparative dynamic analysis of SCR and LWR in the coupled platform–mooring–riser system under internal solitary wave conditions, Ocean Engineering, 2023, 267.
• [2] Li Zhenmian; Yu Jianxing; Yu Yang*; Liu Xin; Yang Zhenglong; Liu Xiaowei; Zhang Zhiwei. Deformation analysis of buried subsea pipeline under different pressure-reverse fault displacement loading paths. Thin-Walled Structures, 2023, 185.
• • [3] Wu Jingyi; Yu Yang*; Zeng Qingze; Wu Shibo; Zhao Mingren; Li Zhenmian; Yu Jianxing. Probabilistic recovery resilience model of mooring failure accident based on correlated schedule-uncertainty analysis. Ocean Engineering, 2023, 274.
  • [4] Yu Yang; Yang Jiu*; Wu Shibo, A novel FMEA approach for submarine pipeline risk analysis based on IVIFRN and ExpTODIM-PROMETHEE-II, Applied Soft Computing, 2023, 136.
  • [5] Yu Yang; Xu Shengbo*; Yu Jianxing; Xu Lixin; Liu Xin; Liu Pengfei, Experimental Study of the Dynamic Performance of Steel Catenary Riser within the Touchdown Zone, Journal of Marine Science and Engineering, 2023, 11(1),151.
  • [6] Cheng Siyuan; Yu Yang*; Li Zhenmian; Huang Zhengxin; Yang Zhenglong; Zhang Xiaoming; CuiYupeng; Wu Jingyi; Liu Xin; Yu Jianxing, The influence of internal solitary wave on semi-submersible platform system including mooring line failure, Ocean Engineering, 2022, 258.
  • [7] Wu Jingyi; Yu Yang*; Yu Jianxing; Chang Xueying; Xu Lixin; Zhang Wenhao, A Markov Resilience Assessment Framework for Tension Leg Platform under Mooring Failure, Reliability Engineering & System Safety, 2022, 231.
  • [8] Yu Yang; Wu Shibo*; Yu Jianxing; Xu Ya; Song Lin; Xu Weipeng, A hybrid multi-criteria decision-making framework for offshore wind turbine selection: A case study in China, Applied Energy, 2022, 328.
  • [9] Wu Jingyi; Yu Yang*; Cheng Siyuan; Li Zhenmian; Yu Jianxing, Probabilistic Multilevel Robustness Assessment Framework for a TLP under Mooring Failure Considering Uncertainties, Reliability Engineering & System Safety, 2022, 223.
  • [10] Yu Yang; Wu Shibo*; Yu Jianxing; Chen Haicheng; Zeng Qingze; Xu Ya; Ding Hongyu. An integrated MCDM framework based on interval 2-tuple linguistic: A case of offshore wind farm site selection in China. Process Safety and Environmental Protection, 2022, 164.
  • [11] Yu Yang; Sun Zhenzhou; Wang Huakun*; Gao Jing; Chen Zhiwei, Time variant characteristic of steel cable considering stress-corrosion deterioration, Construction and Building Materials, 2022, 328.
  • [12] Li Zhenmian; Yu Yang*; Zhao Mingren; Li Chengfeng; Ma Jiandong; Su Ouming; Xu Leige, Buckling analysis of offshore buried pipeline under the combination of strike-slip faulting and pressure loading, Ocean Engineering, 2022, 265.
  • [13] Cui Yupeng; Yu Yang*; Cheng Siyuan; Wei Mingxiu; Li Zhenmian; Yu Jianxing, A novel multi-objective topology–size integrated design strategy, Engineering Optimization, 2022, 12.
  • [14] Yu Yang; Ma Wentao *; Yu Jianxing; Li Zhenmian; Tian Bowen; Shang Wenyuan, On the buckling crossover of thick-walled pipe bend under external pressure, Ocean Engineering, 2022, 266.
  • [15] Yu Yang; Xu Weipeng; Wang Huakun*; Xu Shengbo, Influence of FRP arrestors on the dynamic collapse and implosion of underwater pipelines, Ocean Engineering, 2022, 264.
  • [16] Yu Yang; Xu Shengbo*; Yu Jianxing; Xu Weipeng; Xu Lixin; Xu Leige. Influence of seabed trench on the structural behavior of steel catenary riser using the vector form intrinsic finite element method. Ocean Engineering, 2022, 251.
  • [17] Yu Yang; Ma Wentao *. A Multi-Excitation Method of Damage Detection in Plate-Like Structure Based on Wavelet Packet Energy. International Journal of Structural Stability and Dynamics, 2022, 22.
  • [18] Yu Yang; Li Zhenmian*; Yu Jianxing; Xu Lixin; Cheng Siyuan; Wu Jingyi; Wang Huakun; Xu Weipeng, Buckling failure analysis for buried subsea pipeline under reverse fault displacement, Thin-Walled Structures, 2021, 169.
  • [19] Cheng Siyuan; Yu Yang*; Yu Jianxing; Wu Jingyi; Li Zhenmian; Huang Zhengxin, Mechanistic research on the complex motion response of a TLP under tendon breakage. Ocean Engineering, 2021, 240.
  • [20] Yu Yang; Li Zhenmian*; Yu Jianxing; Xu Leige; Zhao Mingren; Cui Yupeng; Wu Han; Duan Qinghao, Buckling analysis of subsea pipeline with integral buckle arrestor using vector form intrinsic finite thin shell element, Thin-Walled Structures, 2021, 164.
  • [21] Yu Yang; Xu Shengbo*; Yu Jianxing; Xu Weipeng; Xu Lixin; Xu Leige, Dynamic analysis of steel catenary riser on the nonlinear seabed using vector form intrinsic finite element method, Ocean Engineering, 2021, 241.
  • [22] Hao Shuai; Yu Yang*; Yu Jianxing; Yuan Zhiming; Xu Lixin; Li Zhenmian; Cheng Siyuan; Wu Jingyi, Structural response analysis of the hydraulic pneumatic tensioner under its local failure based on a fully coupled TLP-TTR system. Ocean Engineering, 2020, 216.
  • [23] Wang Caimei; Yu Yang*; Yu Jianxing; Zhang Yu; Wang Fucheng; Li Haoda, Effect of the macro-segregation on corrosion behavior of CrMnFeCoNi coating prepared by arc cladding. Journal of Alloys and Compounds,2020,846.
  • [24] Wang Caimei; Yu Yang*; Yu Jianxing; Zhang Yu; Zhao Yan; Yuan Qiwei, Microstructure evolution and corrosion behavior of dissimilar 304/430 stainless steel welded joints, Journal of Manufacturing Processes, 2020, 846.
  • [25] Chen Baiquan; Yu Jianxing; Yu Yang*; Xu Lixin; Hao Shuai; Wu Chen; Han Wu, Study on key performance parameters of hydro-pneumatic tensioner for top tensioned riser, Applied Ocean Research, 2019,84.
  • [26] Wang Huakun; Yu Yang*; Yu Jianxing; Wang Zhaoyu; Li Haoda, Development of erosion equation and numerical simulation methods with the consideration of applied stress, Tribology International,2019,137.
  • [27] Wang Huakun; Yu Yang*; Yu Jianxing; Jin Chenghang; Zhao Yan; Fan Zhiyuan; Zhang Yu, Effect of 3D random pitting defects on the collapse pressure of pipe — Part II: Numerical analysis, Thin-Walled Structures,2018,129.
  • [28] Wang Huakun; Yu Yang*; Yu Jianxing; Duan Jinghui; Zhang Yu; Li Zhenmian; Wang Caimei, Effect of 3D random pitting defects on the collapse pressure of pipe — Part I: Experiment, Thin-Walled Structures,2018,129.
  • [29] Li Zhenmian; Yu Jianxing; Yu Yang*; Xu LiXin, Topology optimization of pressure structures based on regional contour tracking technology, Structural and Multidisciplinary Optimization, 2018,58.
  • [30] 余杨,张晓铭,李振眠*,周俊龙,成司元,崔宇朋,余建星,杨政龙.考虑桩基错动的深水张力腿平台动力响应研究.振动与冲击,2023,42(05):36-49.
  • [31] 李振眠,余杨*,余建星,张晓铭,常雪莹,徐立新. 兼具发电功能的张力腿平台系统动力响应研究. 船舶力学,2023,27(02):195-207.
  • [32] 崔宇朋,余杨*,余建星,李振眠.大跨度无支撑甲板拓扑-尺寸-材料联合优化设计. 中国机械工程, 2022,33(23):2879-2887.
  • [33] 余杨,胡少谦*,韩梦雪,余建星,刘泽.扭矩与外压联合作用下海底管道的屈曲研究.天津大学学报(自然科学与工程技术版),2022,55(06):596-602.
  • [34] 余杨,李振眠*,余建星,孙文正,刘晓伟,马建东,刘成.穿越平移断层海底埋地管道屈曲失效分析.工程力学,2022,39(09):242-256.
  • [35] 余杨,吴凡蕾*,余建星,张振兴,傅一钦,张阳.缓波形立管的复合构型响应分析.天津大学学报(自然科学与工程技术版),2022,55(01):90-100.
  • [36] 刘嘉豪,余杨*,张振兴,余建星,王巍巍,傅一钦.二维云模型和贝叶斯网络的立管风险评估方法, 中国安全科学学报, 2022,32(05):147-154.
  • [37] 余杨,刘泽生*,余建星,韩梦雪,胡少谦,许伟澎,张春迎,颜铠阳,徐盛博.基于ABAQUS的卷管式铺管法管道变形敏感性分析, 海洋工程, 2022,40(02):67-77.
  • [38] 成司元,余杨*,余建星,郝帅,吴静怡,张春迎,康煜媛.张力腿平台局部系泊失效下复杂运动响应机理研究.振动与冲击,2021,40(10):187-195.
  • [39] 余杨,赵宇,张振兴,吴晗*,李振眠,张阳,傅一钦.多浮筒段缓波型立管向量有限元分析.天津大学学报(自然科学与工程技术版),2021,54(06):561-574.
  • [40] 吴晨,余杨*,余建星,李振眠,高扬,徐立新.基于脉冲动量理论的Savonius型水轮机性能预测.太阳能学报,2021,42(10):399-407.
  • [41] 傅一钦,余杨*,余建星,尤敏杰,吴凡蕾,周雷.考虑层间接触的非黏结柔性立管骨架层有限元数值模拟研究.中国造船,2019,60(04):100-107.
  • [42] 郝帅,余杨*,吴雷,余建星,张宁.复杂载荷下深水顶张式立管屈曲失效风险分析.天津大学学报(自然科学与工程技术版),2018,51(06):555-565.
  • [43] 薛陆丰,余杨*,余建星,徐立新,高静坤,刘浩. 椭圆度-凹坑双缺陷海底管道局部屈曲特性研究, 海洋工程2018,36(02):92-99.
  • [44] 陈柏全,余杨*,余建星,徐立新,郝帅.顶张式立管液压气动式张紧器的数学模型.中国造船,2018,59(01):151-160.

• Books

  more

• [1] 余杨; 李振眠. 向量式有限元及其在海洋工程的应用. 天津大学出版社
• [2] 余杨; 王彩妹; 余建星; 吴世博. 海洋结构金属腐蚀机理及防护. 天津大学出版社
• • [3] 余建星；王华昆；余杨；韩宇. 深海管道试验的数值模拟理论及应用. 天津大学出版社

• Patents

  more

• [1] 余杨,陈柏全,徐立新,余建星,李振眠,吴晨,郝帅. 一种海底管线运动模拟试验系统.
• [2] 余杨,李振眠,赵明仁,崔宇朋,张晓铭,余建星,徐立新. 一种考虑内流场及其压力影响的水下壳体模态试验方法.
• • [3] 余杨,尤敏杰,傅一钦,余建星,段庆昊,许铭青,岳晓雪,吴凡蕾,杜成龙,黄毓斌. 一种柔性立管无缝骨架层.
  • [4] 余杨,许伟澎,余建星,颜铠阳,张春迎,徐盛博,王华昆,韩梦雪,胡少谦. 一种模拟深水钢悬链线立管触地段疲劳损伤实验装置.
  • [5] 余杨,赵明仁,李振眠,崔宇朋,张晓铭,余建星,徐立新. 一种考虑内流场及其压力影响的水下壳体模态试验装置.
  • [6] 余杨,李昊达,余建星,王华昆,王彩妹,陈佰川. 基于图像识别的深海管道裂纹扩展监测与可靠性评估方法.
  • [7] 余杨,徐盛博,余建星,许伟澎,韩梦雪,王福程,成司元,颜铠阳,张春迎,胡少谦,刘泽生,叶超涵,田博文. 一种多自由度弹性转动约束模拟系统.
  • [8] 余杨,许伟澎,余建星,徐盛博,王华昆,胡少谦,刘泽生. 一种模拟深水环境下管道均布荷载的试验平台.
  • [9] 余杨,吴晨,李振眠,陈柏全,吴世博,余建星,徐立新. 一种通道流场模拟试验方法.
  • [10] 余杨,吴静怡,余建星,崔宇朋,郝帅,成司元. 一种海底管道试验除锈测量标定一体的试验方法.

• Honors & Awards

  more

• [1] 天津市科技进步二等奖（排名第一）
• [2] 天津市科技进步一等奖2次 （排名第三，排名第五）
• • [3] 中国造船工程学会科学技术一等奖2次 （排名第三，排名第五）
  • [4] 天津市教学成果一等奖 （排名第三）
  • [5] 天津大学教工示范岗
  • [6] 天津大学 北洋学者青年骨干教师