发表的论文、专著、教材:
(1) Han Xiangxi*, Ruan Weidong, Gu Jian, et al. Numerical study of the vortex-induced vibration of a riser taking into account the variation of the tension. Ships and Offshore Structures (2023): 1-15.
(2) Ruan Weidong*, Nie Qinglin, Lu Yutian, et al. A global-local approach for dynamic stress evaluation of lazy wave flexible risers subjected to random wave and vessel motion. Ships and Offshore Structures 18.6 (2023): 810-826.
(3) Ruan Weidong*, Wei Dai, Jianguo Wu. Study on motion transfer rule and extreme dynamic response of SCR’s top-end heave excitation. Journal of Marine Engineering & Technology 20.3 (2021): 186-199.
(4) Shang Zhaohui, Ruan Weidong*, Qiao Hongdong, et al. Study on risk assessment and numerical simulation method of subsea manifold system. Ships and Offshore Structures 16.sup1 (2021): 245-255.
(5) Ruan Weidong*, Shi Jianchao, Sun Bo, et al. Study on fatigue damage optimization mechanism of deepwater lazy wave risers based on multiple waveform serial arrangement[J]. Ocean Engineering, 2021, 228: 108926.
(6) Shang Zhaohui, Yan Huibin, Ruan Weidong*, et al. A Study on a Quantitative Analysis Method for Fire and Explosion Risk Assessment of Offshore Platforms. Advances in Civil Engineering 2020 (2020): 1-20.
(7) Ruan Weidong*, Sun Bo, Wu Jianguo, et al. Three-Dimensional SCR Dynamic Analysis with Effects of Seabed Coulomb Friction and Structure Damping. Naval Engineers Journal 131.4 (2019): 149-162.
(8) Ruan Weidong*, Shang Zhaohui, Wu Jianguo. Effective static stress range estimation for deepwater steel lazy-wave riser with vessel slow drift motion. Ships and Offshore Structures 14.8 (2019): 899-909.
(9) Ruan Weidong*, Bai Yong, Zhang Tianyu, et al. Safety assessment study of a planned offshore floating platform pipelaying test. Ships and Offshore Structures 13.sup1 (2018): 202-213.
(10)Bai Yong, Liu Ting, Ruan Weidong*, et al. Mechanical behavior of metallic strip flexible pipe subjected to tension. Composite Structures 170 (2017): 1-10.
(11)Ruan Weidong*, Bai Yong, Yuan Shuai. Dynamic analysis of unbonded flexible pipe with bend stiffener constraint and bending hysteretic behavior. Ocean Engineering 130 (2017): 583-596.
(12)Bai Yong, Xu Weiping, Ruan Weidong, et al. On-bottom stability of subsea lightweight pipeline (LWP) on sand soil surface. Ships and offshore structures 12.7 (2017): 954-962.
(13)Ruan Weidong*, Liu Songhua, Li Yanyao, et al. Nonlinear dynamic analysis of deepwater steel lazy wave riser subjected to imposed top-end excitations. International Conference on Offshore Mechanics and Arctic Engineering. Vol. 49965. American Society of Mechanical Engineers, 2016.
(14)Tang Gao*, Ruan Weidong, Huang Ting, et al. Pure Bending Behavior of Pipe Reinforced by Steel Wires (PSP)[C]//International Conference on Offshore Mechanics and Arctic Engineering. American Society of Mechanical Engineers, 2016, 49965: V005T04A012.
(15)Yuan Shuai*, Ruan Weidong, Han Peihua, et al. Behavior of Flexible Pipe Subjected to Internal Pressure[C]//International Conference on Offshore Mechanics and Arctic Engineering. American Society of Mechanical Engineers, 2016, 49965: V005T04A013.
(16)Ruan Weidong*, Liu Ting, Bai Yong, et al. Three-Dimensional Mechanical Analysis of Flexible Jumper Installation[C]//International Conference on Offshore Mechanics and Arctic Engineering. American Society of Mechanical Engineers, 2015, 56475: V001T01A046.
(17)Ruan Weidong, Yong Bai and Peng Cheng*. Static analysis of deepwater lazy-wave umbilical on elastic seabed. Ocean Engineering 91 (2014): 73-83.
(18)Bai Yong, Ruan Weidong, Peng Cheng*, et al. Buckling of reinforced thermoplastic pipe (RTP) under combined bending and tension. Ships and Offshore Structures 9.5 (2014): 525-539.
(19)Bai Yong, Ruan Weidong*, Yuan Shuai, et al. 3D mechanical analysis of subsea manifold installation by drill pipe in deep water. Ships and Offshore Structures 9.3 (2014): 333-343.
(20)阮伟东*,孙博,廖小伟.基于缓波布置构型的深水立管动力优化机理研究[J].海洋工程,2020,38(03):62-74.DOI:10.16483/j.issn.1005-9865.2020.03.007.
(21)吴剑国,陈育,阮伟东*,李智博.波频和慢漂组合作用下钢悬链线立管疲劳损伤研究[J].海洋工程,2019,37(06):1-11.DOI:10.16483/j.issn.1005-9865.2019. 06.001.
(22)阮伟东*,刘大辉,孙伟栋,吴剑国.非线性防弯器对柔性立管整体响应的约束作用研究(英文)[J].船舶力学,2020,24(12):1668-1679.
(23)刘大辉,阮伟东*,白勇.J-lay铺管作业力学分析[J].海洋工程,2017, 35 (01) : 51-59.DOI:10.16483/j.issn.1005-9865.2017.01.006.
(24)刘婷,阮伟东*,史佑,付剑波,杨红刚.柔性跨接管安装的三维力学分析(英文)[J].船舶力学,2015,19(06):700-710.
(25)Bai Qiang, Bai Yong, Ruan Weidong. Flexible Pipes, Wiley出版社, 2017(英文专著)。
获得专利及奖项
(1) 乔红东;白勇;阮伟东等; 一种海洋工程船舶, 2022-09-13, 中国, ZL20201379227.3 (发明专利)
(2) 阮伟东;孙博;尚照辉等; 基于浮式结构波频和慢漂组合的立管运动响应模拟装置, 2022-08-26, 中国, ZL202010772777.5 (发明专利)
(3) 尚照辉;阮伟东;乔红东等; 一种具有耐气蚀功能的梳齿型球阀阀芯, 2020-08-12, 中国, ZL202010807971.2 (发明专利)
(4) 乔红东;阮伟东;白勇等; 一种石油机械清洗装置, 2020-07-14, 中国, ZL202021375934.0 (实用新型专利)
(5) 乔红东;阮伟东;梁旭太等;一种地铁隧道盾构环, 2020-06-17, 中国, ZL202021122671.2 (实用新型专利)
(6) 乔红东;阮伟东;梁晓等; 一种起重机吊钩组滑轮安装装置, 2020-04-23, 中国, ZL202020621062.5 (实用新型专利)
(7) 乔红东;阮伟东;梁旭太等; 一种防爆双层高压氢气储罐, 2020-04-23, 中国, ZL202020621017.X (实用新型专利)
(8) 乔红东; 阮伟东; 李松滨等; 一种海洋工程用线缆回收装置, 2020-03-06, 中国, ZL202020265372.8 (实用新型专利)
(9) 乔红东; 阮伟东; 尚照辉等; 一种邮轮上使用的滑轮座, 2019-11-08, 中国, ZL201921918459.4 (实用新型专利)
(10)乔红东; 阮伟东; 尚照辉等; 一种管道用密封性良好的连接装置, 2019-08-13, 中国, ZL201921302578.7 (实用新型专利)
(11)基于电磁法原理的水下穿越管道检测集成系统,软著登字第4285100号(软件著作权)。
(12)缓波型立管动力响应分析软件,软著登字第4525691号(软件著作权)。
(13)桥梁结构检测试验分析系统,软著登字第4567084号(软件著作权)。