教学课程

船舶与海洋浮式结构物的静力学与耐波性（85990742，国际研究生院）

浮式结构系泊定位系统（85990852，国际研究生院）

海洋可再生能源前沿（85990842，国际研究生院）

研究领域

     在海洋浮式结构物耐波性及浮式系统动力学的学术研究、工程设计和分析软件开发等方面拥有十余年的经验。主持参与国家863、国家科技重大专项、国家自然科学基金、新加坡海事局和澳大利亚研究理事会等科研项目，领导了工业界40余项高技术咨询和应用研究项目。研究工作融合了工程实践和相关学术前沿，目前的研究兴趣包括：

•    海洋漂浮式平台水动力学、缆索结构动力学、海上复杂作业动力学研究

•    漂浮式风电基础概念设计、结构水弹性及有限元分析、智能结构健康检测、共享系泊系统设计与分析

•    海上吊装、拖航、登离作业操作性、窗口期和安全性分析与评估

•    风电场运维母船关键装备研发

•    深远海养殖工船关键技术研发

•    KraKen海洋浮式系统（浮体/缆索/管线）耦合动力学计算软件开发

主要项目

1. 运维船和浮式风机的大幅相对运动及舷梯的主动补偿机理研究，国家自然科学基金面上项目，主持，在研

2. 广东省科技创新战略专项资金海洋经济发展专项，主持，在研

3. 波浪作用下深远海养殖工船的水动力性能研究，深圳科创委基础研究面上项目，主持，在研

4. 深圳市智能融合重点实验室，主要成员，在研

5. 海洋-气象灾害数字孪生、数值模拟技术研发及其示范应用，广东省区域联合基金-粤港澳研究团队项目，主要成员，在研

代表性论文

[1]   Binbin Li*, Z Liu, H Liang, et al, BEM modeling for the hydrodynamic analysis of the perforated fish farming vessel, Ocean Engineering, 115225, 2023

[2]   Binbin Li*, C Wang, The absolute nodal coordinate formulation in the analysis of offshore floating operations Part I: theory and modeling, Ocean Engineering, 114650, 2023

[3]   C Wang, J Liu, Binbin Li*, W Huang, The absolute nodal coordinate formulation in the analysis of offshore floating operations Part II: code validation and case study, Ocean Engineering, 114645, 2023

[4]   W Huang, Binbin Li* DK Kim*, An investigation on material diversity of synthetic fiber ropes in the course stability of towing under wind, Ocean Engineering, 114410, 2023

[5]   W Huang, Binbin Li*, X Chen, A new quasi-dynamic method for the prediction of tendon tension of TLP platform, Ocean Engineering, 113590, 2023

[6]   Lekkala MR, Mohamed L, Jung JH, Jin CK, Binbin Li*, Jeong B, Kim DK*, Numerical investigations of flow over wavy cylinders at sub-critical Reynolds number, Ocean Engineering, 113501, 2023

[7]   Y Li, D Qiao, Binbin Li*, etc, Dynamic controller design for parallel active motion compensated gangway of offshore wind service operation vessel based on the state-space model and inverse kinematics, Ocean Engineering, 112999, 2022

[8]   S Leng, S Li, Z Hu, H Wu, Binbin Li, Development of a Micro-in-Meso-scale Framework for Simulating Pollutant Dispersion and Wind Environment in Building Groups, Journal of Cleaner Production, 132661, 2022

[9]   Binbin Li*, D Qiao, W Zhao, Z Hu, S Li, Operability analysis of SWATH as a service vessel for offshore wind turbine in the southeastern coast of China, Ocean Engineering, 111017, 2022

[10] Binbin Li*, Effect of hydrodynamic coupling of floating offshore wind turbine and offshore support vessel, Applied Ocean Research, 102707, 2021

[11] Jun Yan, Dongsheng Qiao, Binbin Li*, An improved method of mooring damping estimation considering mooring line segments contribution, Ocean Engineering, 109887, 2021

[12] D Qiao, Y Li, J Yan, W Tang, D Ning, Binbin Li*, Jinping Ou, Influence of Active Control Strategy on the Motion Compensation at the Truncated Point of Mooring Line, China Ocean Engineering, 35(700–711), 2021

[13] Binbin Li, Operability study of walk-to-work for floating wind turbine and service operation vessel in the time domain, Ocean Engineering, 108397, 2021

[14] Binbin Li, Hui Liang, etc, Study of telescopic gangway motions in time domain during offshore operation, Ocean Engineering, 108692, 2021

[15] D Qiao, G Zhi, J Yan, Binbin Li, H Liang, D Ning, Active truncation model test method of deep-water mooring system: a numerical simulation study on time delay compensation of actuator motion, Applied Ocean Research, 102645, 2021

[16] Binbin Li, Multi-body hydrodynamic resonance and shielding effect of vessels parallel and nonparallel side-by-side, Ocean Engineering, 2020, 108188, 2020

[17] Binbin Li, Wei Huang and Hui Liang, An efficient method to assess effect of fins on the course stability of towing system, Ocean Engineering, 108055, 2020

[18] D Qiao, Binbin Li*, J Yan, Y Qing, H Liang, D Ning, Transient response evaluation of FPSO with different failure scenarios of mooring lines，J. Mar. Sci. Eng. 9(2), 103, 2021

[19] D Qiao, H Liang, W Tang, D Ning, Binbin Li, J Ou, Motion tracking control of actuator in the active-truncated model test of deep-water mooring system, Applied ocean research, 102397, 2020

[20] D Qiao, B Guan, H Liang, D Ning, Binbin Li, J Ou, An Improved Method of Predicting Drag Anchor Trajectory Based on the Finite Element Analyses of Holding Capacity, China Ocean Engineering, 2020

[21] Z Wang, Y M Low, Binbin Li, Stochastic analysis of the non-Gaussain airgap response of a semi-submersible using frequency domain analysis, Marine Structures, 2019

[22] Binbin Li, Wei Huang, Xiaobo Chen, A numerical study of dynamic response of crane Semi-submersible along TLP in Tender-assisted drilling operation, Ships and Offshore Structures, 2018, 273-286

[23] W Zhao, Z Pan, F Lin, Binbin Li, PH Taylor, M Efthymiou, Estimation of gap resonance relevant to side-by-side offloading, Ocean Engineering, 2018

[24] W. Huang, Binbin Li*, X Chen, A. Rodrigo, Numerical and experimental studies on dynamic gangway response between monohull flotel and FPSO in non-parallel side-by-side configuration, Ocean Engineering, 149, 341-357, 2018

[25] W Jian, D Cao, EY Lo, Z Huang, X Chen, Z Cheng, H Gu, Binbin Li, Wave runup on a surging vertical cylinder in regular waves, Applied ocean research, 2017

[26] Binbin Li*, Z Huang, Y M Low, Experimental and numerical study of the effects of heave plate on the motion of a new deep draft multi-spar platform, Journal of marine science and technology, 18, 229-246, 2013

[27] Binbin Li*, J Ou, B Teng, Numerical investigation of damping effects on coupled heave and pitch motion of an innovative deep draft multi-spar, Journal of marine science and technology, 19(2), 231-244, 2011

[28] Binbin Li*, J Ou, B Teng, Fully coupled effects of hull, mooring and risers model in time domain based on an innovative deep draft multi-spar, China ocean engineering, 2010

[29] Binbin Li*, K Liu, G Yan, J Ou, Hydrodynamic comparison of a semi-submersible, TLP, and Spar: Numerical study in the South China Sea environment, Journal of Marine Science and Application, 2011

[30] Binbin Li*, J Ou, Concept design of a new deep draft platform, Journal of Marine Science and Application, 2010

[31] 李彬彬，欧进萍，深吃水多立柱式平台的运动响应分析，中国造船，2010

[32] 李彬彬，欧进萍，滕斌，深吃水多立柱平台稳性与水动力分析，海洋工程，2010

[33] 李彬彬，欧进萍，Truss Spar平台垂荡响应频域分析，海洋工程，2009

荣誉奖项

第八届中国土木工程学会优秀论文奖

第四届中国海洋工程设计大赛一等奖、优秀指导教师