Huai-Yuan Qian, Ren-Chuan Zhu, Kai-Yuan Shi, Xiao-Fan Gu (2026). An Efficient 3D Hybrid Green Function Method for Solving Nonlinear Ship Wave Problem. Ocean Engineering.DOI
Kai-Jia Wang, Kai-Yuan Shi, Meng-Xiao Gu, Ren-Chuan Zhu (2026). An Enhanced Meshless Desingularized Source Method for Hydrodynamic Analysis of Ships. Ocean Engineering.DOI
Huaiyuan Qian, Kai Shi, Xueer Shan, Renchuan Zhu (2026). A moment-free Filon-based boundary element method for ship wave evaluation and time–frequency analysis. Physics of Fluids.DOI
Kaiyuan Shi, Renchuan Zhu, Yulong Li (2026). A periodic fundamental solution method for efficient simulation of fully nonlinear surface gravity waves. Journal of Computational Physics.DOI
Xinsheng Fan, Renchuan Zhu, Dekang Xu, Hui Wang, Yuntao Yang (2026). A robust one-way coupling method for hydrodynamic interactions between multi-scale ships. Physics of Fluids.DOI
Kaiyuan Shi, Xin Lu, My Ha Dao, Yulong Li, Renchuan Zhu (2026). An efficient two-way coupling approach for viscous and potential flows in free-surface hydrodynamic simulations. Ocean Engineering.DOI
Kaiyuan Shi, Renchuan Zhu, Yulong Li (2026). Spectral-fundamental solution approach for fully nonlinear ship wave simulations. Physical Review Fluids.DOI
Xinsheng Fan, Renchuan Zhu, Dekang Xu, Kaiyuan Shi (2026). Energy analysis of ship motion in waves and a novel method for predicting wave added resistance. Physics of Fluids.DOI
Ke Zhan, Renchuan Zhu, Xiyang Liu, Xing Chen, Xinru Du (2026). Efficient numerical solution strategy for frequency domain free surface green’s function based on levin method. Journal of Physics Conference Series.DOI
Xinsheng Fan, Renchuan Zhu (2026). Numerical Investigation on Hydrodynamic Interaction of Two Ships during Underway Replenishment.DOI
Chaofan Li, Yuehu Teng, Min Xu, Renchuan Zhu (2025). Calculation and Analysis of Rolling Hydrodynamic Coefficients of Free-Flooding Ship Based on CFD. Journal of Marine Science and Engineering.DOI
Minmin Zheng, Xinsheng Fan, Chuanqing Li, Jianpeng Li, Duolun He, Renchuan Zhu (2025). Machine Learning-Based Recursive Prediction and Application of Green’s Function of Water-Wave Radiation and Diffraction. Journal of Marine Science and Engineering.DOI
Xiaocong Wang, Renchuan Zhu, Dekang Xu, Xiaofan Gu (2025). Mechanism analysis on nonlinearity of added resistance in short waves due to bow shape and breaking waves. Ocean Engineering.DOI
Chaofan Li, Renchuan Zhu, Zhengrui Wang, Dekang Xu, Hui Zhu Wang (2025). A hybrid harmonic polynomial cell and STF strip theory method for marine hydrodynamics and ship motion analysis. Ships and Offshore Structures.DOI
Zi-Lu Ouyang, C. H. Li, Ke Zhan, Chuanqing Li, Renchuan Zhu, Zaojian Zou (2024). Wave height forecast method with uncertainty quantification based on Gaussian process regression. Journal of Hydrodynamics.DOI
Huiyu Wu, Renchuan Zhu, Jiayi He (2024). Practical representation of flows due to general singularity distributions for ships steadily advancing in calm water of finite depth. Journal of Hydrodynamics.DOI
Chaofan Li, Chengyu Wu, Renchuan Zhu (2024). Generation of nonlinear gravity waves based on the harmonic polynomial cell method incorporated with a mass source. Ocean Engineering.DOI
Kaiyuan Shi, Renchuan Zhu, Minmin Zheng, Chuanqing Li (2024). Simulation of ship motion response in head seas using a fully nonlinear potential flow method. Ocean Engineering.DOI
Xiaocong Wang, Ren-Chuan Zhu, De-Kang Xu, Hui Wang, Yuehan Gu (2023). Mechanism analysis and prediction of longitudinal cut wave pattern resistance based on CFD simulation. Journal of Ocean Engineering and Science.DOI
Yun-Tao Yang, Feng-Wei Zhang, Ren-Chuan Zhu, Yulong Li (2023). Study on vertical line source Green's function for hydrodynamic calculations of ocean structures in water with ice cover. Ocean Engineering.DOI
De-Kang Xu, Ren-Chuan Zhu, Le Zha, Hui Wang, C. Li (2023). Numerical investigation on three-dimensional radiated energy method and a new computation formula for total added resistance prediction. Ocean Engineering.DOI
Jia-Yi He, Chen-Jun Yang, Ren-Chuan Zhu, F. Noblesse (2023). Alternative flow models, vector Green functions and boundary integral flow representations in ship and offshore hydrodynamics. Ocean Engineering.DOI
Jia-Yi He, Ren-Chuan Zhu, Chen-Jun Yang (2023). Potential-flow computations in infinite or zero gravity limits via a weakly singular boundary integral equation. Ocean Engineering.DOI
Yun-Tao Yang, Feng-Wei Zhang, Ren-Chuan Zhu, Qi Yan, Yulong Li (2023). Numerical investigations on nonlinear motions of ships sailing in large-amplitude waves based on hybrid HOBEM. Ocean Engineering.DOI
Yun Yu, Ren-Chuan Zhu, Zhigang Lu, Kai Shi, Shan Huang (2023). Investigation on time-domain simulation and experiment of harmonic rolling of ultra-large container ship in waves. Ocean Engineering.DOI
Xiaocong Wang, Ren-Chuan Zhu, Yin Jiang (2023). Numerical investigation on nonlinear ship waves by LCM and WSAM. Ocean Engineering.DOI
Ke Zhan, Ren-Chuan Zhu, De-Kang Xu (2023). A machine learning model for fast approximation of free-surface Green's function and its application. Journal of Ocean Engineering and Science.DOI
Kai-Yuan Shi, Ren-Chuan Zhu, De-Kang Xu (2023). A spectral coupled boundary element method for the simulation of nonlinear surface gravity waves. Journal of Ocean Engineering and Science.DOI
Kaiyuan Shi, Renchuan Zhu (2023). A fully nonlinear approach for efficient ship-wave simulation. Journal of Hydrodynamics.DOI
Ke Zhan, Chuanqing Li, Renchuan Zhu (2023). A frequency domain-based machine learning architecture for short-term wave height forecasting. Ocean Engineering.DOI
Kaiyuan Shi, Renchuan Zhu (2023). Efficient spectral coupled boundary element method for fully nonlinear wave–structure interaction simulation. Physics of Fluids.DOI
Yinghui Wang, Yukui Tian, Zongyu Yang, Renchuan Zhu (2023). Development History and Technical Status of Polar Ships. Lecture notes in civil engineering.DOI
Hui Wang, Ren-Chuan Zhu, Shan Huang, Le Zha, Meng-Xiao Gu (2022). A study on hydrodynamic characteristics of a planing hull by CFD simulation and modified M-S method. Ships and Offshore Structures.DOI
Hui Wang, Ren-Chuan Zhu, Meng-Xiao Gu, Xiao-Fan Gu (2022). Numerical investigation on steady wave of high-speed ship with transom stern by potential flow and CFD methods. Ocean Engineering.DOI
J. Zhao, Ren-Chuan Zhu, W.-J. Zhou (2022). Implementation of a velocity decomposition method coupled with volume-of-fluid method for simulating free-surface flows. Ocean Engineering.DOI
Jia-Yi He, Ren-Chuan Zhu, F. Noblesse (2022). An alternative linear flow model and boundary integral flow representation for ship motions in regular waves. European journal of mechanics. B, Fluids.DOI
Hui Wang, Ren-Chuan Zhu, Meng-Xiao Gu, Le Zha (2022). Numerical study on transom stern ventilation and resistance of high-speed ship in calm water. Journal of Hydrodynamics.DOI
Shan-Chi Huang, Ren-Chuan Zhu, Hong-chao Chang, Hui Wang, Yun Yu (2022). Machine Learning to approximate free-surface Green's function and its application in wave-body interactions. Engineering analysis with boundary elements.DOI
Yun-tao Yang, Ren-Chuan Zhu, Chao Ma, Hui Gao (2022). Numerical Study on Motion Responses of Two Parallel Ships During Underway Replenishment by the Semi-Analytical HOTP Method. China Ocean engineering.DOI
Yun-tao Yang, Ren-Chuan Zhu, Yu-Long Li (2022). Study on HOBEM Based on Analytical Panel Integrals Related to Translating-Pulsating Source for Hydrodynamic Responses of Vessels Sailing in Waves. China Ocean engineering.DOI
Hui Wang, Ren-Chuan Zhu, Le Zha, Meng-Xiao Gu (2022). Experimental and numerical investigation on the resistance characteristics of a high-speed planing catamaran in calm water. Ocean Engineering.DOI
Kai-Yuan Shi, Ren-Chuan Zhu, Meng-Xiao Gu, Xiaocong Wang (2022). Simulations of nonlinear waves generated by an air-cushion vehicle. Ocean Engineering.DOI
Jia-Yi He, Chen-Jun Yang, Ren-Chuan Zhu, F. Noblesse (2022). Three alternative boundary integral flow representations for wave diffraction-radiation by offshore structures. Ocean Engineering.DOI
Meng-Xiao Gu, Ren-Chuan Zhu, Xiang-Jun Yang, Hui Wang, Kai-Yuan Shi (2022). Numerical investigation on evaluating nonlinear waves due to an air cushion vehicle in steady motion by a higher order desingularized boundary integral equation method. Ocean Engineering.DOI
Jia-Yi He, Chen-Jun Yang, Ren-Chuan Zhu, F. Noblesse (2022). Fourier–Chebyshev approximation of Kochin functions in the Fourier–Kochin approach to panel methods. Ocean Engineering.DOI
Kai-Yuan Shi, Ren-Chuan Zhu, De-Kang Xu (2022). A Spectral Coupling Layer Technique for the Radiation of Nonlinear Surface Gravity Waves. Social Science Research Network.DOI
Le Zha, Ren-Chuan Zhu, L. Hong, Shan Huang (2021). Hull form optimization for reduced calm-water resistance and improved vertical motion performance in irregular head waves.DOI
Yun-Yan Yu, Ren-Chuan Zhu, De-kang Xu, Shan Huang, L. Hong (2021). Investigation into the direct calculation of added wave resistance of ship in forward motion with reflection ratio correction. Ocean Engineering.DOI
Hui-Yu Wu, Jia-Yi He, Ren-Chuan Zhu, Chen-Jun Yang, F. Noblesse (2021). Practical representation of flows due to general singularity distributions for wave diffraction–radiation by offshore structures in finite water depth.DOI
Jinhui He, Hai-Bin Zhang, Ren-Chuan Zhu (2021). Study on Dynamic Positioning Capacity Analysis Method Considering Wind Shielding Effect of Offshore Structure. Journal of Ship Research.DOI
Shanhu Huang, Ren-Chuan Zhu, Le Zha, Meng-Xiao Gu, Hui Wang (2021). A semi-analytical pulsating source incorporated with the panel method for wave-body interactions. Ships and Offshore Structures.DOI
Jia-Yi He, Hui-Yu Wu, Chen-Jun Yang, Ren-Chuan Zhu, Wei Li, F. Noblesse (2021). Diffraction-radiation of regular water waves and irregular frequencies: A straightforward flow-modeling approach and analysis. European journal of mechanics. B, Fluids.DOI
Wen-jun Zhou, Xing-bin Zhu, L. Hong, Ren-Chuan Zhu (2021). Study on large amplitude ship motion calculation based on nonlinear Multi-domain method with wave- body interaction analysis influenced by incident waves.
Jia-Yi He, Hui-Yu Wu, Ren-Chuan Zhu, Chen-Jun Yang, F. Noblesse (2021). Practical evaluation of flows due to arbitrary singularity distributions in the 3D theory of ship motions in regular waves at0.3≤τ. European journal of mechanics. B, Fluids.DOI
Jia-Yi He, Hui-Yu Wu, Chen-Jun Yang, Ren-Chuan Zhu, Wei Li, F. Noblesse (2021). Boundary-integral representation sans waterline integral for flows around ships steadily advancing in calm water.DOI
Le Zha, Ren-Chuan Zhu, Hui Wang, Shan Huang (2021). Numerical implementation of the Neumann-Michell theory incorporating with the analytical panel integral for ship waves.DOI
Jin-Cheng Zhao, Ren-Chuan Zhu, Xi Chen, L. Hong (2020). A velocity decomposition method combining potential and viscous flow for the estimation of submarine's hydrodynamic coefficients.DOI
Hua-Wei Zhou, Fuhua Wang, Ren-Chuan Zhu, Kai-Yuan Shi (2020). Numerical Study on Ship Parametric Roll in Head Waves. Progress in Marine Science and Technology.DOI
Penghao Shan, Yu-Han Wang, Fuhua Wang, Jia-Meng Wu, Ren-Chuan Zhu (2020). Froude–Krylov nonlinear computations of three dimensional wave loads by a hybrid time domain boundary element method.DOI
Hui Wang, Ren-Chuan Zhu, Shan Huang, Le Zha (2020). Hydrodynamic Analysis of a Planing Hull in Calm Water Using Overset Mesh and Rigid Body Motion Method.
Q. Xiao, Wen-jun Zhou, Ren-Chuan Zhu (2020). Effects of wave-field nonlinearity on motions of ship advancing in irregular waves using HOS method.DOI
Jia-Yi He, Hui-Yu Wu, Chen-Jun Yang, Ren-Chuan Zhu, Wei Li, F. Noblesse (2020). Why can steep short waves occur at a ship waterline and how to filter them in a practical way?DOI
Shan Huang, Ren-Chuan Zhu, L. Hong (2020). Havelock form translating-pulsating panel source Green's function and its numerical calculation.DOI
Jia-Yi He, Hui-Yu Wu, Ren-Chuan Zhu, Chen-Jun Yang, F. Noblesse (2020). Practical evaluation of flows due to arbitrary singularity distributions in the 3D theory of ship motions in regular waves atτ<1∕4. European journal of mechanics. B, Fluids.DOI
Jia-Yi He, Hui-Yu Wu, Ren-Chuan Zhu, Chen-Jun Yang, F. Noblesse (2020). Practical flow-representations for arbitrary singularity-distributions in ship and offshore hydrodynamics, with applications to steady ship waves and wave diffraction-radiation by offshore structures.DOI
Hua Jiang, Ren-Chuan Zhu, Qing-Wei Ma, Shan Huang (2020). Numerical Investigation on the free-surface Green’s function and integral over panel.DOI
Wen-jun Zhou, Ren-Chuan Zhu, Xi Chen, L. Hong (2020). Vertical integral method incoporated with multi-domain HOBEM for time domain calculation of hydrodynamics of forward speed SHIP.DOI
Yun-Tao Yang, Ren-Chuan Zhu, L. Hong, Shan Huang (2019). A semi-analytical high-order translating-pulsating source method for forward-speed ship motions. Ocean Engineering.DOI
Jinhui He, Hai-Bin Zhang, Ren-Chuan Zhu, Bao-He Yang (2019). Comparative Analysis of Static Method and Time-Domain Simulation Method of DP Calculation for a DP3 Drillship.
Q. Xiao, Ren-Chuan Zhu, Shan Huang (2019). Hybrid time-domain model for ship motions in nonlinear extreme waves using HOS method. Ocean Engineering.DOI
Yun-Tao Yang, Ren-Chuan Zhu, Shan Huang (2019). Computations of Hydrodynamic Forces on Vessels Advancing in Waves by Four-Node Higher-Order Boundary Element Method. Ocean Engineering.DOI
Hui-Yu Wu, Jian-Wei Wu, Jia-Yi He, Ren-Chuan Zhu, Chen-Jun Yang, F. Noblesse (2019). Wave profile along a ship hull, short farfield waves, and broad inner Kelvin wake sans divergent waves. The Physics of Fluids.DOI
Xi Chen, Yi Ren, Haiyun Xiao, Xinqiang Cai, Ren-Chuan Zhu (2019). A MDHOBEM Energy Radiated Method to Evaluate Added Wave Resistance of Ship.
Wen-jun Zhou, Ren-Chuan Zhu, Xi Chen, L. Hong (2019). Weakly nonlinear ship motion calculation and parametric rolling simulation based on the 3DTGF-HOBEM method.DOI
Penghao Shan, Yu-Han Wang, Fuhua Wang, Jia-Meng Wu, Ren-Chuan Zhu (2019). An efficient algorithm with new residual functions for the transient free-surface green function in infinite depth. Ocean Engineering.DOI
Yun-Tao Yang, Ren-Chuan Zhu, L. Hong (2019). A frequency-domain hybrid HOBEM for motion responses and added resistance of ships sailing in head and oblique waves.DOI
Jia-Yi He, Hui-Yu Wu, Chao Ma, Chen-Jun Yang, Ren-Chuan Zhu, Wei Li, F. Noblesse (2019). Froude number, hull shape, and convergence of integral representation of ship waves. European journal of mechanics. B, Fluids.DOI
Yin Jiang, Ren-Chuan Zhu, Yun-Tao Yang, Jin-Long Li (2019). Nonparametric Identification of Roll Damping and Nonlinear Restoring Forces for a Ship from a Free Roll Decay Simulation. International Journal of Offshore and Polar Engineering.DOI
Xi Chen, Ren-Chuan Zhu, Yun-Tao Yang (2018). Time-Domain Analysis of Motion Responses of Side-by-Side Vessels During Offshore Installations and Underway Replenishment.DOI
Xi Chen, Ren-Chuan Zhu, Wen-jun Zhou, Ji Zhao (2018). A 3D multi-domain high order boundary element method to evaluate time domain motions and added resistance of ship in waves. Ocean Engineering.DOI
Xi Chen, Ren-Chuan Zhu, Yanhui Song, Ju Fan (2018). An investigation on HOBEM in evaluating ship wave of high speed displacement ship. Journal of Hydrodynamics.DOI
Wen-jun Zhou, Ren-Chuan Zhu, Xiaojian Wang, Xi Chen (2018). Time Domain Ship Motions Based on 3DTGF Method and Simulating for Parametric Rolling.
Penghao Shan, Ren-Chuan Zhu, Fuhua Wang, Jia-Meng Wu (2018). Efficient approximation of free-surface Green function and OpenMP parallelization in frequency-domain wave–body interactions. Journal of Marine Science and Technology.DOI
Yun-Tao Yang, Ren-Chuan Zhu, Xi Chen, Yin Jiang (2018). Numerical study on fluid resonance of 3-D multi-bodies by a non-reflection numerical wave tank. Applied Ocean Research.DOI
Xi Chen, Ren-Chuan Zhu, Ji Zhao, Wen-jun Zhou, Ju Fan (2018). Study on weakly nonlinear motions of ship advancing in waves and influences of steady ship wave.DOI
Ji Zhao, Ren-Chuan Zhu, G. Miao (2017). Velocity Decomposition Method for Ship Advancing in Calm Water Simulation.DOI
Yin Jiang, Ren-Chuan Zhu, G. Miao, Ju Fan, Chao Ma (2017). NON-PARAMETRIC IDENTIFICATION OF NONLINEAR DAMPING AND RESTORING FORCES FOR SHIP FREE ROLL DECAY IN NUMERICAL TANK.
Ji Zhao, Renchuan Zhu, Guoping Miao (2016). Approach of viscous/potential flow for simulation of flow around submerged body. 《第二届全球华人水动力学学术会议论文集（上册）》.
Yalan Song, Renchuan Zhu, Liang.Hong, Xi Chen, Qingli Huang (2016). Kelvin source green's function distributing on horizontal line segments and applications in ship wave problems. 《第二届全球华人水动力学学术会议论文集（下册）》.
Wenjun Zhou, Renchuan Zhu, Kai Tang (2016). Time-domain analysis for coupling motions of ships side by side advancing in waves. 《第二届全球华人水动力学学术会议论文集（下册）》.
方先进，朱仁传，徐文珊，赖海清（2016）. 某中高速渔政船附体阻力性能分析. 《船海工程》.
Yin Jiang, Renchuan Zhu, Guoping Miao, Liang Hong, Chao Ma (2016). Study on ship roll damping. 《第二届全球华人水动学学术会议》.
Xi Chen, Ren-Chuan Zhu, Chao Ma, Ju Fan (2016). Computations of linear and nonlinear ship waves by higher-order boundary element method.DOI
Yu-Long Li, Ren-Chuan Zhu, G. Miao, Ju Fan（2016）. 全時間領域理論に基づく船舶と孔の結合運動の数値計算【JST・京大機械翻訳】.
Hong Liang, Ren-Chuan Zhu, G. Miao, Fan Ju (2016). Study on Havelock form translating–pulsating source Green's function distributing on horizontal line segments and its applications.DOI
L. Hong, Ren-Chuan Zhu, G. Miao, Ju Fan, Shuai Li (2016). An Investigation into Added Resistance of Vessels Advancing in Waves.DOI
Ren-Chuan Zhu, Chun-Lei Yang, G. Miao, Ju Fan (2015). Computational fluid dynamics uncertainty analysis for simulations of roll motions for a 3D ship.DOI
Yi Zhu, Jia-Yi He, Chenliang Zhang, Hui-Yu Wu, D. Wan, Ren-Chuan Zhu, F. Noblesse (2015). Farfield waves created by a monohull ship in shallow water.DOI
Yi Zhu, Jiayi He, Chenliang Zhang, Renchuan Zhu, Decheng Wan, Wei Li, Francis Noblesse (2015). Effects of Wave Interference on Farfield Ship Waves in Shallow Water. The Twenty-fifth International Ocean and Polar Engineering Conference.
K. Tang, Ren-Chuan Zhu, G. Miao, Ju Fan (2014). Domain decomposition and matching for time-domain analysis of motions of ships advancing in head sea. China Ocean engineering.DOI
K. Tang, Ren-Chuan Zhu, G. Miao, L. Hong (2014). Retard function and ship motions with forward speed in time-domain.DOI
Ren-Chuan Zhu (2014). Some comparisons on free-surface Green function calculation and application for ship hydrodynamics.
F. Noblesse, Jia-Yi He, Yi Zhu, L. Hong, Chenliang Zhang, Ren-Chuan Zhu, Chi Yang (2014). Why can ship wakes appear narrower than Kelvin’s angle?DOI
F. Noblesse, Ren-Chuan Zhu, L. Hong, Chenliang Zhang, Jia-Yi He, Yi Zhu (2013). Interference effects on farfield ship waves at high Froude numbers.
Renchuan Zhu (2013). Offshore Floating Wind Turbines and Related Dynamic Problems. Applied Mathematics and Mechanics.
Fu-Xin Huang, Chi Yang, Ren-Chuan Zhu, F. Noblesse (2013). Numerical Studies of Coupling Effects Between Liquid Sloshing and Ship Motions.
Chun-Lei Yang, Ren-Chuan Zhu, G. Miao, Ju Fan (2013). Numerical simulation of rolling for 3-D ship with forward speed and nonlinear damping analysis.DOI
袁梦，范菊，缪国平，朱仁传，黄祥鹿 (2010). Studies on Mooring Energy Based on Finite Element Method. China Ocean Engineering.
Renchuan Zhu (2010). Dynamic analysis of a mooring system. Chinese Journal of Hydrodynamics.
Man-Sheng Dong, G. Miao, Ren-Chuan Zhu, Fan Ju (2010). The influence of the escaping device on the hydrodynamics of submerged floating tunnels under flow.DOI
Man-Sheng Dong, G. Miao, Ren-Chuan Zhu, Ju Fan (2010). Analytic Solution for Wave Diffraction of a Submerged Hollow Sphere with an Opening Hole.DOI
Zhao He, Ren-Chuan Zhu, G. Miao (2010). The Simulation and Analysis of Tank Sloshing With Porosity Girder by Multi-Domain Boundary Element Method.DOI
Renchuan Zhu, Zhaozhao Fang, Miao Guo-ping, Alan M. Wang (2010). Numerical Simulation And Analysis On Radiation Problems of Moving Vessels.
Hai-rong Zhu, Ren-Chuan Zhu, G. Miao (2008). A Time Domain Investigation on the Hydrodynamic Resonance Phenomena of 3-D Multiple Floating Structures.DOI
Kimio Saito, Ren-Chuan Zhu, Tetsuji Okuno, Nobuyuki Kikuchi (2003). Study on the Amount of Shipping Water into a Hold with Hatch Coamings.
Ren-Chuan Zhu (2003). Study on the Shipping Water into an Open-Top Container.
G. Miao, Ju Fan, Ren-Chuan Zhu, Xiang-Lu Huang (2003). THE INFLUENCE OF THE LIST ANGLE ON THE SECOND ORDER ROLLING MOMENT OF A LIST SHIP IN RANDOM WAVES.
Ren-Chuan Zhu, Kimio Saito, H. Nobukawa (2001). Fluid Motions in a Tank of Barge for Lithium Extraction from Seawater.
A. Priyanto, Arif Fadillah, Ren-Chuan Zhu, Kimio Saito (2001). A Study on Floating Structure for Coal Loading/Unloading (2nd Report)—Spring Force of Dynamic Model in Vicinity of Large Ship.
Ren-Chuan Zhu, Kimio Saito (2000). Multiple Domain Boundary Element Method Applied to Fluid Motions in a Tank with Internal Structure.DOI
Kimio Saito, Ren-Chuan Zhu, H. Nobukawa (1999). A Numerical Simulation of Fluid Motion in a Tank of Barge for Extraction of Lithium from Seawater Subjected to Forced Oscillations.DOI
王言英，钱昆，朱仁传（1998）. 远洋船舶遭遇极端海况波浪参数计算. 《海洋工程》.
王言英，朱仁传，苗杰（1998）. 波浪中航行浮体设计荷载与运动计算. 《大连理工大学学报》.
迟云鹏，孟宪钦，王言英，朱仁传（1996）. 双体船阻力性能研究. 《船舶工程》.
预印本
Le Zha, Lingbo Zhuge, Haipeng Zhang, Renchuan Zhu (2026). Hull Form Optimization for Reduced Total Resistance in Waves: Is Calm-Water Resistance Hull Form Optimization Effective? SSRN Electronic Journal.DOI