Junyi Liu, Xujun Chen, Yao Chen, Heng Huang, Song Ji, Yuji Miao (2026). Investigation on dynamic response analysis of modular pontoon trestle subjected to multi-compartment flooding damage. Ocean Engineering.DOI
Song Ji, Junyi Liu, Zhonghua Li, Guizhang Hu, Jun Li, Xujun Chen (2026). Numerical and experimental study on motion responses of hinged multiple floating bodies with damaged bottom openings. Ocean Engineering.DOI
Heng Huang, Hailang Wu, Xujun Chen, Haipeng Shen, Guizhang Hu (2026). Experimental investigation of the hydroelastic response of a floating plate using the plate-block model. Ships and Offshore Structures.DOI
Song Ji, Junyi Liu, Xujun Chen, Heng Jian Huang, Guizhang Hu (2025). Research on Dynamic Responses of the Floating Bridge Under Motorcade Loads Based on the Kane Method. Lecture notes in civil engineering.DOI
Song Ji, Junyi Liu, Heng Jian Huang, Guizhang Hu, Xujun Chen (2024). Dynamic response analysis of a floating bridge with bottom damaged opening based on the Kane method. Applied Ocean Research.DOI
Yuji Miao, Xujun Chen, Lingyun Xu, Heng Jian Huang, Chao Tian, Song Ji (2024). Numerical studies of hydroelastic performances of a pontoon-truss composite floating bridge under regular waves. Journal of Marine Science and Technology.DOI
Junyi Liu, Xujun Chen, Song Ji, Guizhang Hu, Yuji Miao (2024). A Kane-based time domain hydrodynamic analysis method for hinged multi-floating bodies under irregular wave conditions. Marine Structures.DOI
Yuji Miao, Xujun Chen, Xiaoming Cheng (2024). Research on the dynamic responses of a multi-module offshore floating bridge based on the three-dimensional hydroelastic theory in the time domain. Ocean Engineering.DOI
Song Ji, Heng Jian Huang, Junyi Liu, Yuji Miao, Xujun Chen (2024). Experimental and numerical study of a hinged floating bridge under waves and moving loads. Ships and Offshore Structures.DOI
Yuji Miao, Xujun Chen, Minggang Tang, Fengwei Zhang (2024). Experimental investigation on the dynamic properties of a floating bridge under regular waves: model design, implementation, and analysis. Ships and Offshore Structures.DOI
Junyi Liu, Xujun Chen, Song Ji, Heng Jian Huang, Xi Chen, Qunzhang Tu (2023). A Time Domain Model to Predict Dynamic Response of Multiple Floating Bodies Connected With Hinges Based on the Kane Method. Journal of Offshore Mechanics and Arctic Engineering.DOI
Haipeng Shen, Xujun Chen, Heng Jian Huang, Weicheng He, Xingkun Xie (2023). A method to calculate the vertical force on a horizontal plate above still water level under the action of waves. Ocean Engineering.DOI
Song Ji, Heng Jian Huang, Xujun Chen, Xujun Chen, Junyi Liu, Xi Chen, Xi Chen (2023). Numerical and Experimental Analyses of a Partially Water-Filled Inclined Floating Body. Journal of Offshore Mechanics and Arctic Engineering.DOI
Heng Jian Huang, Xujun Chen, Xujun Chen, Song Ji, Yuji Miao, Xi Chen, Xi Chen (2023). Experimental and numerical study on dynamic responses of floating bridge under the shielding effect of a floating platform. Marine Structures.DOI
Junyi Liu, Xujun Chen, Heng Jian Huang, Song Ji, Qunzhang Tu (2022). A three-dimensional model to analyse dynamic response of VLFS based on the Kane method. Ships and Offshore Structures.DOI
Junyi Liu, Xujun Chen, Heng Jian Huang, Song Ji, Qunzhang Tu (2022). A Simplified Method to Analyze Dynamic Response of VLFS Based on the Kane Method. Journal of Offshore Mechanics and Arctic Engineering.DOI
Heng Jian Huang, Xujun Chen, Junyi Liu, Song Ji (2022). A method to predict hydroelastic responses of VLFS under waves and moving loads. Ocean Engineering.DOI
Xujun Chen, Shuai Li, Yuwang Xu (2022). Connectors of VLFS. Encyclopedia of Ocean Engineering.DOI
Kai Lu, Xujun Chen, Hui Liang Yuan, Heng Jian Huang, Guang-huai Wu (2021). A Method Based on Multi-Body Dynamic Analysis for A Floating Two-Stage Buffer Collision-Prevention System Under Ship Collision Loads. China Ocean Engineering.DOI
Heng Jian Huang, Xujun Chen, Junyi Liu, Yuji Miao, Song Ji (2021). A method to Estimate Dynamic Responses of VLFS Based on Multi-Floating-Module Model Connected by Elastic Hinges. China Ocean Engineering.DOI
Heng Jian Huang, Xujun Chen, Junyi Liu, Haipeng Shen, Yuji Miao (2021). Structural analysis method of a pontoon-separated floating bridge connected by elastic hinges. Ships and Offshore Structures.DOI
Yuji Miao, Xujun Chen, YE Yong-lin, Jun Ding, Heng Jian Huang (2021). Numerical modeling and dynamic analysis of a floating bridge subjected to wave, current and moving loads. Ocean Engineering.DOI
Yuji Miao, Jun Ding, Chao Tian, Xujun Chen, Fan Ya-li (2021). Experimental and numerical study of a semi-submersible offshore fish farm under waves. Ocean Engineering.DOI
Kai Lu, Xujun Chen, Zhen Qiang Gao, Liangyu Cheng, Guang-huai Wu (2021). Initial response mechanism and local contact stiffness analysis of the floating two-stage buffer collision-prevention system under ship colliding. Advances in Structural Engineering.DOI
Heng Jian Huang, Xujun Chen, Junyi Liu, Qifei Chen (2021). A theoretical calculation method of irregular bridge span pontoon connected by elastic hinges. Marine Structures.DOI
Hai-lang Wu, Xujun Chen, Haipeng Shen, Yousheng Wu (2018). Experimental and numerical investigation of the hydroelasticity of a floating structure with legs. Marine Structures.DOI
Xujun Chen, Wei Qin Yu, Guang-huai Wu, P. Temarel, Junyi Liu (2017). A static position-adjustment method for the motion prediction of the Flexible Floating Collision-Prevention System. Marine Structures.DOI
Xujun Chen, Yuji Miao, Xuefeng Tang (2017). Hydrodynamic Analysis of Multiple Floating Pontoons With Different Joint Gaps to Waves in Different Water Depth.DOI
Junyi Liu, Grant E. Hearn, Xujun Chen, Zhaobing Jiang, Guanghuai Wu (2017). Analysis of dynamic response of a restraining system for a powerless advancing ship based on the Kane method. Ocean Engineering.DOI
Xujun Chen, Junyi Liu, Grant E. Hearn, Yeping Xiong, Guang-huai Wu (2016). A Novel Restraining System for a Powerless Advancing Ship: A Combined Theoretical and Experimental Investigation. Journal of Offshore Mechanics and Arctic Engineering.DOI
Xujun Chen, Yuji Miao, Xuefeng Tang, Junyi Liu (2016). Numerical and experimental analysis of a moored pontoon under regular wave in water of finite depth. Ships and Offshore Structures.DOI
Yu-Ji Miao, Xujun Chen, Jie Shi, Wei Yu(2016). 无航速三の動特性周波数領域解析【JST・京大機械翻訳】.
Yu-Ji Miao, Xujun Chen, Jie Shi, Wei Yu (2016). Analysis of Hydrodynamic Properties for Trimaran Barge without Forward Speed.
Wei Qin Yu, Xujun Chen, WU Guang-huai, Junyi Liu, Grant E. Hearn (2015). A fast numerical method for trimaran wave resistance prediction. Ocean Engineering.DOI
Xujun Chen, Guang-Huai Wu, Yun-He Chen, Xue-Feng Tang, Yu-Ji Miao, F. Shao, Jie Shi, Xing-Kun Xie, Jun-Yi Liu (2015). Self-floating elevated platform.
Hai-lang Wu, Xujun Chen, Yaxin Huang, Bing Wang (2014). Influence of the legs underwater on the hydrodynamic response of the multi-leg floating structure. Ships and Offshore Structures.DOI
Guang-Huai Wu, Xujun Chen, Yun-He Chen, Qun-Li Yu, Heng Wang (2013). Overhead dragging and energy dissipating type ship arresting system supported by floating foundation.
Guang-Huai Wu, Xujun Chen, Yun-He Chen, Qun-Li Yu, Heng Wang (2013). Ship blocking method capable of defusing transverse rotating risk of ship.
Xujun Chen, Guang-Yuan Huang, Guang-Huai Wu, Xue-Feng Tang (2013). Numerical Simulation for the Motion of the Flexible Floating Collision-Prevention System.DOI
Xujun Chen, Torgeir Moan, Shixiao Fu (2010). Extreme Response of Very Large Floating Structure Considering Second-Order Hydroelastic Effects in Multidirectional Irregular Waves. Journal of Offshore Mechanics and Arctic Engineering.DOI
Xujun Chen, Torgeir Moan, Xuefeng Tang (2009). Influence of Multidirectional Irregular Wave Sampling to Second-Order Hydroelastic Responses of VLFS. Volume 4: Ocean Engineering; Ocean Renewable Energy; Ocean Space Utilization, Parts A and B.DOI
Yin-long Zhang, Qing Shen, Xujun Chen (2006). Synchronous effect of slipping heavy loads on ro-ro ship rolling in waves. Applied Mathematics and Mechanics.DOI
Xujun Chen, Torgeir Moan, Shixiao Fu, Weicheng Cui (2006). Second-order hydroelastic analysis of a floating plate in multidirectional irregular waves. International Journal of Non-Linear Mechanics.DOI
Xiao-qiang Pan, Qing Shen, Xujun Chen, Hong-cai Sun (2006). Hydrodynamic optimization of performance of blunt ships. Journal of Hydrodynamics.DOI
Xujun Chen (2006). An investigation on determination of proper towing distance between the autoboat and the dumb ship by numerical simulation on the wake flow of the propeller.
Shi-Xiao Fu, Xujun Chen, Pla Uni (2006). Analysis of the Moving-Load-Induced Vibrations of a Nonlinearly Connected Floating Bridge.
Qing Shen, Yin-long Zhang, Xujun Chen (2005). Investigation of the Nonlinear Rolling of a Ro-Ro Ship with Slipping of Heavy Loads. Multibody System Dynamics.DOI
Xujun Chen, Yousheng Wu, Weicheng Cui, Jørgen Juncher Jensen (2005). Review of hydroelasticity theories for global response of marine structures. Ocean Engineering.DOI
Shi-Xiao Fu, Wei-cheng Cui, Xujun Chen, Cong Wang (2005). Hydroelastic analysis of a nonlinearly connected floating bridge subjected to moving loads.DOI
Xujun Chen, Jørgen Juncher Jensen, Weicheng Cui, Xuefeng Tang (2004). Hydroelastic analysis of a very large floating plate with large deflections in stochastic seaway. Marine Structures.DOI
Xujun Chen (2004). Effect of gaps on static response of a belt floating bridge.
陈徐均,崔维成,宋皓,汤雪峰 (2003). Numerical Solution of Membrane Forces for A Free-Free Floating Plate with Large Deflection. China Ocean Engineering.
Qing Shen, Yue Li, Xujun Chen (2003). Dynamic analysis of multibodies system with a floating base for rolling of ro-ro ship caused by wave and slip of heavy load. Journal of Marine Science and Application.DOI
Xujun Chen, Pla Uni (2003). Existing Hydroelasticity Theories of Ocean Floating Bodies.
Xujun Chen (2003). Swing analysis of suspended load of crane ship on the wave.
Xujun Chen, You-Sheng Wu, W. Cui, Xue-Feng Tang (2003). Nonlinear hydroelastic analysis of a moored floating body.DOI
Shi-Xiao Fu, Ju Fan, Xujun Chen, W. Cui (2003). Analysis Method for the Mooring System of a Flexible Floating Body.DOI
Xujun Chen, J. J. Jensen, W. Cui, Shi-Xiao Fu (2003). Hydroelasticity of a floating plate in multidirectional waves 1 1 The project was jointly supported.DOI