Mingqi Yu, Feifei Cao, Hongda Shi, Zhiruo Lu, Jiajun Chen, Chunmao Yang, Weimin Wu, Hang Dong, Zhen Chen (2026). Spacing matters: Experimental decoupling of transverse and longitudinal effects on wave farm performance. Renewable Energy.DOI
Meng Han, Deborah M. Greaves, Alistair G.L. Borthwick, Hongda Shi, Chenyu Zhao, Martyn R. Hann, Tom Tosdevin, Ming Li, Zhen Chen, Feifei Cao (2026). Steady-state dynamics of an offshore hybrid wind-wave energy conversion system. Applied Energy.DOI
De-Min Li, Haoxiang Gong, Xiaochen Dong, Tianyuan Wang, Alistair G.L. Borthwick, Hongda Shi (2026). Dynamic characteristics and energy-harvesting performance of floating two-buoy wave energy converter arrays. Energy.DOI
Kai Zhu, Chunnuan Cao, Chunnuan Cao, Zhiwen Wei, Zhen Chen, Hongda Shi, Feifei Cao (2026). Target-site-driven analysis and co-design of a wind–wave hybrid system. Ocean Engineering.DOI
Kai Zhu, Cui Wang, Feifei Cao, Hongda Shi (2026). Analytical study on hydrodynamic performance of two-buoy wave energy arrays. Journal of Fluids and Structures.DOI
Mingqi Yu, Feifei Cao, Hongda Shi, Yang Yang, Meng Han, Hongjian Wu, Zhiwen Wei, Haoxiang Gong, Xi Yi, Li Chen, Huiyuan Tian (2026). Floating co-located wind-wave farm: response suppression, energy-capture enhancement, and co-located strategies. Energy.DOI
Mingqi Yu, Feifei Cao, Hongda Shi, Yanni Li, Meng Han, Li Jia Chen, Huiyuan Tian, Chunmao Yang, Fuyin Cui, Jiajun Chen (2026). Splitting wave energy converters into smaller segments to enhance the performance of a floating wind-wave energy hybrid system. Energy.DOI
Huidong Zhang, Tong Wang, Sheng Xu, Mohamed Elsakka, Hongda Shi, Asmaa Ewies Ahmed (2026). Hydrodynamic responses of a novel integrated energy converter in abnormal waves governed by linear and nonlinear mechanisms. Ocean Engineering.DOI
Jian An Tan, Ji Tao, Wei Tao, Chen Xi, George Lavidas, Hongda Shi (2026). Computationally efficient spectral-domain wave-to-wire modeling of wave energy converters with geared rotary generators. Applied Ocean Research.DOI
Binzhen Zhou, Zhi Zheng, Ye Yao, Shaobin He, Peng Jin, Huibin Du, Yifeng Yang, Hongda Shi (2026). Wave energy converters: a comprehensive review of research progress, key challenges, and future trends. Applied Energy.DOI
Mingqi Yu, Feifei Cao, Hongda Shi, Zhiruo Lu, Hongjian Wu, Weimin Wu, Lei Xue, Xu Ma, Zhen Chen (2026). Enhancing the energy capture performance of wave energy converters by applying tuned apertures: An experimental and numerical study. Energy.DOI
Tianyuan Wang, De-Min Li, Kai Zhu, Feifei Cao, Deborah M. Greaves, Martyn R. Hann, Hongda Shi (2026). Enhancing energy capture of a wave-wind hybrid system through PTO configuration optimization and WEC control. Ocean Engineering.DOI
De-Min Li, Tianyuan Wang, Kai Zhu, Haoxiang Gong, Xiaochen Dong, Alistair G.L. Borthwick, Hongda Shi (2026). Hybrid algorithm optimization of moorings of a floating two-buoy wave energy converter. Energy.DOI
Jundong Wang, Lei Xue, Lei Xue, Liye Zhao, Feifei Cao, Hongda Shi, Yu Xue (2026). Dynamic response of a floating offshore wind turbine under multi-stage typhoon conditions: A case study of super typhoon In-Fa. Ocean Engineering.DOI
Yanni Li, Feifei Cao, Shiqiang Yan, De-Min Li, Hongda Shi (2026). Experimental study of a segmented-buoy wave energy converter integrated with a monopile-based offshore wind turbine. Energy.DOI
Kai Zhu, Tianyuan Wang, De-Min Li, Yida Wang, Fuyin Cui, Chunmao Yang, Feifei Cao, Hongda Shi (2026). A comparative analysis of hybrid systems under real sea states. Energy.DOI
Ning Yuan, Xuecheng Zhang, Luming Shi, Hongda Shi, Bingchen Liang, Zhenlu Wang, Haofeng Xia (2026). Projected increases in wave energy magnitude and variability in the Yellow and Bohai Seas under a high-emission climate scenario. Renewable Energy.DOI
Yanni Li, Binzhen Zhou, Meng Han, De-Min Li, Bin Teng, Hongda Shi (2026). Full-process analysis of hybrid wind-wave systems: From resource assessment to power generation estimation. Energy.DOI
Qing Lu, Siming Zheng, Adi Kurniawan, Xun Meng, Hongda Shi, Martyn R. Hann, Deborah M. Greaves (2026). Flexible wave energy technologies: A systematic review of advances, challenges, and prospects. Ocean Engineering.DOI
De-Min Li, Tianyuan Wang, Yanni Li, Kai Zhu, Fuyi Cui, Xiaochen Dong, Alistair G.L. Borthwick, Hongda Shi (2026). Optimal PTO passive control of a floating two-buoy wave energy converter based on multi-level optimization. Renewable Energy.DOI
Huaping Fei, Hongda Shi, Xinying Pan, Ruiwen Mao, Chaojun Sun, Zhiwen Wei (2026). Collaborative optimization of berth and onshore power supply allocation for multi-quay dry bulk ports. Ocean Engineering.DOI
Yanni Li, Feifei Cao, Shiqiang Yan, Hongyuan Shi, Hongyuan Shi, Tianyuan Wang, Bin Teng, Hongda Shi, Hongda Shi (2025). Comparative experimental study of torus and segmented-buoy wave energy converters integrated with a monopile-supported offshore wind turbine. Ocean Engineering.DOI
Haifei Chen, Tianyuan Wang, Deborah M. Greaves, Hongda Shi, Qingping Zou (2025). A new CFD-MBD wave-structure interaction model: Coupling OpenFOAM with Chrono. Applied Ocean Research.DOI
Zhi Han, Zhiwen Wei, Tao Ji, Feifei Cao, Hongda Shi (2025). Experimental study on power matrix and energy capture spectrum of a wind-wave hybrid system under random wave conditions. Energy.DOI
Meng Han, Feifei Cao, Hongda Shi, Ming Li, Lifen Chen, Zhen Chen, Yuxuan Han, Pengfei Chen, Bing Liu (2025). Real-time hybrid model experimental and numerical study of a novel 15 MW semi-submersible wind turbine. Energy Conversion and Management.DOI
Zhiwen Wei, Alistair G.L. Borthwick, Feifei Cao, Chenyu Zhao, Meng Han, Yong Ming Dai, Hongda Shi (2025). Power performance of an offshore floating hybrid wind and wave energy converter. Energy Conversion and Management.DOI
Qing Lu, Deborah M. Greaves, Siming Zheng, Martyn R. Hann, Hongda Shi, Xun Meng (2025). Environmental Benefits of Flexible Wave Energy Converters: A Novel Investigation of Airbag-Based Device.DOI
Tianyuan Wang, Deborah M. Greaves, Martyn R. Hann, Hongda Shi (2025). Wind-wave hybrid energy system: An innovative marine energy technology for sustainable development.DOI
Huaping Fei, Hongda Shi, Xinying Pan (2025). A Systematic Review of Green Port Evaluation: Methods, Subjects, and Indicators. Journal of Marine Science and Engineering.DOI
Lei Xue, Lei Xue, Nataliia Y. Sergiienko, Boyin Ding, Benjamin S. Cazzolato, Zhiwen Wei, Yang Yang, Feifei Cao, Hongda Shi, Yu Xue (2025). Control optimization and dynamic response analysis of a combined semi-submersible floating wind turbine and point-absorber wave energy converters. Ocean Engineering.DOI
Tao Ji, Feifei Cao, Liang Sun, Chongwei Zhang, Zhi Han, Hongda Shi (2025). Design, modeling and optimization of rolling wave energy converter. Energy.DOI
Tianyuan Wang, Tianyuan Wang, Demin Li, Deborah M. Greaves, Martyn R. Hann, Kai Zhu, Yanni Li, Haoxiang Gong, Feifei Cao, Feifei Cao, Hongda Shi (2025). Numerical modelling and PTO damping optimization of an IEA-15-MW-VolturnUS-WEC hybrid system in real sea states. Energy.DOI
De-Min Li, Xiaochen Dong, Chenyu Zhao, Tianyuan Wang, Alistair G.L. Borthwick, Sanjay Kumar Sharma, Hongda Shi (2025). Optimization of two configurations of a two-buoy wave energy converter. Energy.DOI
Kai Zhu, Tianyuan Wang, Deborah M. Greaves, De-Min Li, Hongda Shi, Chunmao Yang, Meng Han, Zhiwen Wei, Xiaojie Shi, Yufeng Zhang, Feifei Cao (2025). An analytical framework for the comparative study of hybrid systems. Ocean Engineering.DOI
Kai Zhu, Deborah M. Greaves, Hongda Shi, Zhiwen Wei, Tianyuan Wang, Qing Lu, Xiaojie Shi, Meng Han, Feifei Cao (2025). A comparative study on the dynamic performance of floating and submerged wave energy converter arrays. Ocean Engineering.DOI
Tianyuan Wang, Demin Li, Kai Zhu, Feifei Cao, Deborah M. Greaves, Martyn R. Hann, Hongda Shi (2025). Application of dynamic mode decomposition in floating offshore renewable energy systems: Nonlinear prediction, denoise and control separation. Energy.DOI
Zhiwen Wei, Chenyu Zhao, Alistair G.L. Borthwick, Feifei Cao, Kai Zhu, Huaping Fei, Hongda Shi (2025). Prediction and multi-objective optimization of a floating wind-wave hybrid system using surrogate modeling. Ocean Engineering.DOI
Hongjian Wu, Hongda Shi, Feifei Cao, Mingqi Yu, Meng Han, Yi Xi, Jiajun Chen (2025). Numerical study of Bragg resonance reflection for wave energy converter arrays in a two-dimensional viscous wave tank. Ocean Engineering.DOI
Meng Han, Hongda Shi, Feifei Cao, Zhiwen Wei, Kai Zhu, Cui Wang, Mingqi Yu (2025). Layout optimization of wave energy converter arrays in realistic wave climates. Renewable and Sustainable Energy Reviews.DOI
Huidong Zhang, Mohamed Elsakka, Bin Liu, Sheng Xu, Hongda Shi (2025). Dynamic response characteristics of the taut mooring system for integrated renewable energy devices. Energy.DOI
Zhiwen Wei, Feifei Cao, Chunnuan Cao, Zhi Han, Hongda Shi, Tao Ji (2025). Experimental study on the effects of an array of concentric wave energy converters on the dynamic of semi-submersible floating wind turbine. Renewable Energy.DOI
Mingqi Yu, Feifei Cao, Hongda Shi, Xu Ma, Yi Xi, Weimin Wu, Xiantao Zhang (2025). Experimental and validation study on the performance and hydrodynamic modelling of a heave attitude self-sustaining wave energy converter. Energy.DOI
Mingqi Yu, Feifei Cao, Hongda Shi, Hongjian Wu, Xu Ma, Weimin Wu, Xiantao Zhang (2025). Heave attitude self-sustaining vs. rocker-type wave energy converter: A comparative study using both experimental and numerical methods. Energy.DOI
Xiaoqiang Jiang, Feifei Cao, Hongda Shi, Kai Zhu, Chongwei Zhang (2024). Optimization of pendulum-based wave energy converter through mathematical approximation. Applied Energy.DOI
Haoxiang Gong, Siming Zheng, Feifei Cao, Zhi Han, Hongda Shi (2024). GWECS: An indicator to describe the energy absorption characteristics of wave energy converter arrays in real sea states. Renewable Energy.DOI
De-Min Li, Sanjay Kumar Sharma, Tianyuan Wang, Alistair G.L. Borthwick, Xiaochen Dong, Hongda Shi (2024). Optimal hydraulic PTO and linear permanent magnet generator for a floating two-buoy wave energy converter. Renewable Energy.DOI
Zhi Han, Siya Jin, Deborah M. Greaves, Martyn R. Hann, Hongda Shi (2024). Study on the energy capture spectrum of a two-body hinged-raft wave energy converter. Energy.DOI
Meng Han, Hongda Shi, Feifei Cao, Kai Zhu, Bing Liu, Mingqi Yu, Zhiwen Wei (2024). Dynamic characteristics and parameter analysis of a floating hybrid wind-wave energy system based on a novel coupled numerical framework. Energy Conversion and Management.DOI
De-Min Li, Xiaochen Dong, Alistair G.L. Borthwick, Sanjay Kumar Sharma, Tianyuan Wang, Heao Huang, Hongda Shi (2024). Two-buoy and single-buoy floating wave energy converters: A numerical comparison. Energy.DOI
Chunyu Jiang, Feifei Cao, Jing Cui, Hongda Shi (2024). Modification method and impact analysis of aerodynamic loads for fixed wind-wave hybrid devices. Ocean Engineering.DOI
Zhi Han, Feifei Cao, Ji Tao, Chongwei Zhang, Hongda Shi (2024). Study on the energy capture spectrum (ECS) of a multi-DOF buoy with MMR-PTO damping. Ocean Engineering.DOI
De-Min Li, Alistair G.L. Borthwick, Chunyu Jiang, Sanjay Sharma, Xiaochen Dong, Yanni Li, Hongda Shi (2024). Parameter optimization of a floating two-buoy wave energy converter. Ocean Engineering.DOI
De-Min Li, Tianyuan Wang, Ji Tao, Sanjay Kumar Sharma, Alistair G.L. Borthwick, Xiaochen Dong, Hongda Shi (2024). Model predictive control of a single-buoy wave energy converter with coupled constraints and model adaptation. Ocean Engineering.DOI
Tongshun Yu, Xin Gao, Hongda Shi, Zhenyu Zhang (2024). Research on hydrodynamic characteristics of compartmented buoy wave energy converter. Ocean Engineering.DOI
Mingqi Yu, Feifei Cao, Zhiwen Wei, Meng Han, Hongda Shi, Pengfei Chen, Huiyuan Tian (2024). Hydrodynamic performance and energy redistribution characteristics of wind–wave hybrid system based on different WEC microarrays. Ocean Engineering.DOI
Chenyu Zhao, Meng Han, Lars Johanning, Hongda Shi (2024). Multi-freedom effects on a raft-type wave energy convertor- hydrodynamic response and energy absorption. Ocean Engineering.DOI
Huidong Zhang, Tong Wang, Li-Xian Chen, Hongda Shi, Carlos Guedes Soares (2024). Numerical study on wave run-up and forces on a fixed cylinder under linear and nonlinear focused waves. Ocean Engineering.DOI
Tianyuan Wang, Kai Zhu, Feifei Cao, De-Min Li, Haoxiang Gong, Yanni Li, Hongda Shi (2024). A coupling framework between OpenFAST and WEC-Sim. Part I: Validation and dynamic response analysis of IEA-15-MW-UMaine FOWT. Renewable Energy.DOI
Kai Zhu, Feifei Cao, Tianyuan Wang, Ji Tao, Zhiwen Wei, Hongda Shi (2024). A comparative investigation into the dynamic performance of multiple wind-wave hybrid systems utilizing a full-process analytical model. Applied Energy.DOI
Yanni Li, Shiqiang Yan, Hongda Shi, Qingwei Ma, Xiaochen Dong, Feifei Cao (2024). Wave load characteristics on a hybrid wind-wave energy system. Ocean Engineering.DOI
Kai Zhu, Siming Zheng, Simone Michele, Feifei Cao, Hongda Shi (2024). Theoretical modeling of a co-located system with a floating wind platform and vertical truncated cylinders array. Renewable Energy.DOI
Kai Zhu, Hongda Shi, Simone Michele, Meng Han, Feifei Cao (2024). Analytical study on dynamic performance of a hybrid system in real sea states. Energy.DOI
Kai Zhu, Hongda Shi, Ji Tao, Haoxiang Gong, Zhi Han, Feifei Cao (2024). Analytical study on hydrodynamic performance of co-located offshore wind–solar farms. Physics of Fluids.DOI
Xiaoqiang Jiang, Hongda Shi, Feifei Cao, Zhilei Zhao, Ming Li, Zhen Chen (2023). System analysis and experimental investigation of a pendulum-based wave energy converter. Ocean Engineering.DOI
Zhi Han, Feifei Cao, Hongda Shi (2023). Numerical simulation on the energy capture spectrum of heaving buoy wave energy converter. Ocean Engineering.DOI
Haoyang Song, Tong-Shun Yu, Hongda Shi, Yuqiao Wang, Zhenyu Zhang (2023). Study on hydrodynamic characteristics of a hybrid wind-wave energy system combing a composite bucket foundation and wave energy converter. The Physics of Fluids.DOI
Hui-Dong Zhang, Xinmei Liao, Zhong Xin, Hongda Shi, Carlos Soares (2023). Experimental study on dynamic pressure under the crest of unidirectional nonlinear waves. Ocean Engineering.DOI
Chun-Yu Jiang, Ren-Jie Gao, Feifei Cao, Hongda Shi (2023). Structural energy transfer to the jacket foundation of an offshore wind-wave coupling device based on absolute transmissibility function. Applied Ocean Research.DOI
Feifei Cao, M. Yu, Bing Liu, Zhiwen Wei, Lei Xue, Meng Han, Hongda Shi (2023). Progress of Combined Wind and Wave Energy Harvesting Devices and Related Coupling Simulation Techniques. Journal of Marine Science and Engineering.DOI
Chun-Yu Jiang, Feifei Cao, Qi Wang, Hongda Shi (2023). Analysis method of WEC sub-system for hybrid wind-wave energy system based on reconstructed displacements. Ocean Engineering.DOI
Meng Han, Feifei Cao, Hongda Shi, Kai Zhu, Xiaochen Dong, Demin Li (2023). Layout optimisation of the two-body heaving wave energy converter array. Renewable Energy.DOI
Xing-Xian Bao, Fu-Miao Li, Huihui Sun, G. Iglesias, Hongda Shi (2023). Performance characteristics and parameter analysis of a multi-DOF wave energy converter with hybrid power take-off systems. Energy Conversion and Management.DOI
Tianyuan Wang, Hongda Shi, Ming Zhao, Q. Zhang (2023). Effects of a nozzle on the propeller wake in an oblique flow using modal analysis. Journal of Fluid Mechanics.DOI
Chun-Yu Jiang, Feifei Cao, Demin Li, Zhiwen Wei, Hongda Shi (2023). A double-objective prediction and optimization method for buoys performance based on the artificial neural network. Ocean Engineering.DOI
Demin Li, Xiaochen Dong, Yan-ni Li, He Huang, Hongda Shi (2023). Hydrodynamic Performance and Power Absorption of A Coaxial Double-Buoy Wave Energy Converter. China Ocean engineering.DOI
Zhi Han, Feifei Cao, Ji Tao, Hongda Shi (2023). Study on the energy capture spectrum (ECS) of a multi-DoF buoy under random waves. Energy.DOI
Hui-Dong Zhang, Tong Wang, Cong Xu, Hongda Shi, C. Guedes Soares (2023). Analysis on the split absorber integrated with taut-moored floating turbine. The Physics of Fluids.DOI
Meng Han, Feifei Cao, Hongda Shi, Hailei Kou, Haoxiang Gong, Cui Wang (2023). Parametrical study on an array of point absorber wave energy converters. Ocean Engineering.DOI
Kai Zhu, Hongda Shi, Siming Zheng, S. Michele, Feifei Cao (2023). Hydrodynamic analysis of hybrid system with wind turbine and wave energy converter. Applied Energy.DOI
Tong-Shun Yu, Tingyu Li, Hongda Shi, Zhenyu Zhang, Xing-Yu Chen (2023). Experimental investigation on the wave-oscillating buoy interaction and wave run-up on the buoy. Ocean Engineering.DOI
Zhiwen Wei, Hongda Shi, Feifei Cao, Mingqi Yu, Ming Li, Zhen Chen, Peng Liu (2023). Study on the power performance of wave energy converters mounted around an offshore wind turbine jacket platform. Renewable Energy.DOI
Renjie Gao, Hongda Shi, Jian Li, Zhiwen Wei, Xiaojing Cui, Feifei Cao (2023). Comparative study on the capture performance of two wave energy converters integrated into the jacket-frame foundation. Ocean Engineering.DOI
Demin Li, Sanjay Kumar Sharma, Alistair G.L. Borthwick, Heao Huang, Xiaochen Dong, Yanni Li, Hongda Shi (2023). Experimental study of a floating two-body wave energy converter. Renewable Energy.DOI
Huidong Zhang, Tong Wang, Cong Xu, Hongda Shi (2023). Experimental Study on the Combination of Split Heave Point Absorber and TLP-Type Floating Turbine.DOI
Feifei Cao, Mingqi Yu, Meng Han, Bing Liu, Zhiwen Wei, Juan Jiang, Huiyuan Tian, Hongda Shi, Yanni Li (2023). WECs microarray effect on the coupled dynamic response and power performance of a floating combined wind and wave energy system. Renewable Energy.DOI
Yanni Li, Shiqiang Yan, Hongda Shi, Qingwei Ma, De-Min Li, Feifei Cao (2023). Hydrodynamic analysis of a novel multi-buoy wind-wave energy system. Renewable Energy.DOI
Hui-Dong Zhang, Jing Cui, Xinmei Liao, Hongda Shi, C. Guedes Soares (2022). Numerical study on the vertical response of LNG carrier in abnormal waves generated with different mechanisms. Ocean Engineering.DOI
Haoxiang Gong, Feifei Cao, Zhi Han, Shangze Liu, Hongda Shi (2022). Study on the wave energy capture spectrum based on wave height take-off. Energy.DOI
Tianyuan Wang, Qing-Qing Yang, Ye-Zhong Tang, Hongda Shi, Q. Zhang, Mengfei Wang, A. Epikhin, A. Britov (2022). Spectral Analysis of Flow around Single and Two Crossing Circular Cylinders Arranged at 60 and 90 Degrees. Journal of Marine Science and Engineering.DOI
Xiaochen Dong, Yanni Li, Demin Li, Feifei Cao, Xiaoqiang Jiang, Hongda Shi (2022). A state-of-the-art review of the hybrid wind-wave energy converter. Progress in Energy.DOI
Hui-Dong Zhang, Jing Cui, Hongda Shi, C. Soares (2022). Analysis of the peaks of ship motions in linear and nonlinear focused waves. Ocean Engineering.DOI
Feifei Cao, Meng Han, Hongda Shi, Ming Li, Z. Liu (2022). Comparative study on metaheuristic algorithms for optimising wave energy converters. Ocean Engineering.DOI
Yanni Li, Shang Liu, Chuanli Xu, Demin Li, Hongda Shi (2022). Experimental study on the cylindrical oscillating water column device. Ocean Engineering.DOI
Xiaochen Dong, Zhen Gao, Demin Li, Shu-ting Huang, Hongda Shi (2022). Power Absorption of A Two-Body Heaving Wave Energy Converter Considering Different Control and Power Take-off Systems. China Ocean engineering.DOI
Tong-Shun Yu, Qi-Yue Guo, Hongda Shi, Tingyu Li, Xiaoyu Meng, S. He, Peixuan Li (2022). Experimental investigation of a novel OWC wave energy converter. Ocean Engineering.DOI
Kai Zhu, Hongda Shi, Meng Han, Feifei Cao (2022). Layout study of wave energy converter arrays by an artificial neural network and adaptive genetic algorithm. Ocean Engineering.DOI
Hui-Dong Zhang, X. Liao, Hongda Shi, A. Babanin, C. Soares (2022). Effect of initial condition uncertainty on the profile of maximum wave. Marine Structures.DOI
Tong-Shun Yu, S. He, Hongda Shi, Xing-Yu Chen, Qi-Yue Guo (2022). Numerical investigation of hydrodynamic performance and efficiency of a dual-chamber oscillating water column under different damping and chamber breadth ratio combination. Ocean Engineering.DOI
Hongda Shi, Tianyuan Wang, Ming Zhao, Q. Zhang (2022). Modal analysis of non-ducted and ducted propeller wake under axis flow. The Physics of Fluids.DOI
Haoxiang Gong, Hongda Shi, Zhi Han, Feifei Cao (2022). Experimental and numerical investigation on an optimization method of heaving buoy wave energy converter arrays based on a given target wave spectrum. Ocean Engineering.DOI
Ji Tao, Feifei Cao, Xiaochen Dong, Demin Li, Hongda Shi (2021). Optimized design of 3-DOF buoy wave energy converters under a specified wave energy spectrum. Applied Ocean Research.DOI
Demin Li, Xiaochen Dong, Hongda Shi, Yan-ni Li (2021). Theoretical and Experimental Study of A Coaxial Double-Buoy Wave Energy Converter. China Ocean engineering.DOI
Tong-Shun Yu, Yu-Ying Tang, Hongda Shi, Shu-Ting Huang (2021). Numerical modelling of wave run-up heights and loads on heaving buoy wave energy converter under the influence of regular waves.DOI
Zhi Han, Feifei Cao, M. Hann, Haoxiang Gong, Shangze Liu, Ming Li, Hongda Shi (2021). Study on the capture spectrum of wave energy conversion. Applied Ocean Research.DOI
Ji Tao, M. Hann, D. Greaves, Hongda Shi (2021). Numerical study of a point absorber wave energy converter with different power take-off systems. Ocean Engineering.DOI
H.D. Zhang, Xiao Wang, Hongda Shi, Carlos Guedes Soares (2021). Investigation on abnormal wave dynamics in regular and irregular sea states. Ocean Engineering.DOI
Zhen Liu, Hengliang Qu, Hongda Shi (2020). Energy-harvesting performance of a coupled-pitching hydrofoil under the semi-passive mode. Applied Energy.DOI
Xiaochen Dong, Zhen Gao, Demin Li, Hongda Shi (2020). Experimental and numerical study of a two-body heaving wave energy converter with different power take-off models.DOI
Chenyu Zhao, Feifei Cao, Hongda Shi (2020). Optimisation of heaving buoy wave energy converter using a combined numerical model. Applied Ocean Research.DOI
Zhen Liu, Chuanli Xu, Hongda Shi, N. Qu (2020). Wave-flume tests of a model-scaled OWC chamber-turbine system under irregular wave conditions. Applied Ocean Research.DOI
Feifei Cao, Hongda Shi, Ming Li, Xiaochen Dong, Demin Li (2020). Simulation of the Power Take-off System for a Heaving Buoy Wave Energy Converter. Journal of Ocean University of China.DOI
Tianyuan Wang, Hongda Shi, Q. Zhang, Bo Yang, Xin Liu, Kraposhin Matvey (2020). Research on the wake of the ducted propeller with POD and DMD. 2020 Ivannikov Ispras Open Conference (ISPRAS).DOI
Huan Zhang, Hongda Shi, C. Soares (2019). Evolutionary properties of mechanically generated deepwater extreme waves induced by nonlinear wave focusing. Ocean Engineering.DOI
Zhen Liu, Hengliang Qu, Hongda Shi (2019). Performance evaluation and enhancement of a semi-activated flapping hydrofoil in shear flows. Energy.DOI
Shu-ting Huang, Hongda Shi, Xiaochen Dong (2019). Capture Performance of A Multi-Freedom Wave Energy Converter with Different Power Take-off Systems. China Ocean engineering.DOI
Hongda Shi, Xiaochen Dong, Liang Feng, Zhi Han (2019). Experimental Study on the Hydrodynamic Performance of a Heaving Buoy Assembled on a Net Cage Platform. Journal of Ocean University of China.DOI
Hongda Shi, Zhi Han, Chenyu Zhao (2019). Numerical study on the optimization design of the conical bottom heaving buoy convertor. Ocean Engineering.DOI
Shu-Ting Huang, Hongda Shi, Feifei Cao, Junzhe Tan, Haixun Cheng, Demin Li, Shangze Liu, Haoxiang Gong, Ji Tao (2019). Experimental Study on Interaction Between Degrees of Freedom in a Wave Buoy. Journal of Ocean University of China.DOI
Hui-Dong Zhang, Yong-Mou Zhang, Yu Xu, Xu-Jie Wang, Hongda Shi (2019). Analysis of Abnormal Wave Dynamics in Irregular Sea State.
Zhen Liu, Hengliang Qu, Hongda Shi (2019). Numerical study on hydrodynamic performance of a fully passive flow-driven pitching hydrofoil. Ocean Engineering.DOI
Ying Cui, Zhen Liu, Xiaoxia Zhang, Chuanli Xu, Hongda Shi, Kilwon Kim (2019). Self-Starting Analysis of an OWC Axial Impulse Turbine in Constant Flows: Experimental and Numerical Studies. Applied Ocean Research.DOI
Hongda Shi, Shu-Ting Huang, Feifei Cao (2019). Hydrodynamic performance and power absorption of a multi-freedom buoy wave energy device. Ocean Engineering.DOI
Hongda Shi, Chenyu Zhao, M. Hann, D. Greaves, Zhi Han, Feifei Cao (2019). WHTO: A methodology of calculating the energy extraction of wave energy convertors based on wave height reduction. Energy.DOI
Hongda Shi, Zhi Han (2018). Numerical Study on the Power Take-Off Effects of the Heaving Buoy Convertor. Oceans.DOI
Hongda Shi, Chenyu Zhao, Zhen Liu, Feifei Cao (2018). Study on Hydraulic System Efficiency of Heaving-Buoy Wave Energy Converter. Journal of Ocean University of China.DOI
Zhen Liu, Ying Cui, Chuanli Xu, Hongda Shi, Kilwon Kim (2018). Transient simulation of OWC impulse turbine based on fully passive flow-driving model.DOI
Zhen Liu, Zhi-meng Wang, Hongda Shi, Hengliang Qu (2018). Numerical study of a guide-vane-augmented vertical darrieus tidal-current-turbine. Journal of Hydrodynamics.DOI
Tong-Shun Yu, Hongda Shi, Wen-Ai Song (2018). Rotational characteristics and capture efficiency of a variable guide vane wave energy converter. Renewable Energy.DOI
Hongda Shi, Xiaochen Dong, Feifei Cao (2018). Numerical Simulation on Energy Delivery of Heaving Buoy Converter System. Oceans.DOI
Zhi Han, Zhen Liu, Hongda Shi (2018). Numerical study on overtopping performance of a multi-level breakwater for wave energy conversion.DOI
Deborah M. Greaves, C. Pérez-Collazo, Curran A. Crawford, Bradley J. Buckham, Vanesa Magar, Francisco Acuña, Sungwon Shin, Hongda Shi, Chen-Yu (2018). Regional Activities.DOI
Jin-Hai Zheng, Hongda Shi (2017). Preface for special issue for the eighth Chinese-German joint symposium on hydraulic and ocean engineering. Journal of Ocean University of China.DOI
B. Liang, Zhu-Xiao Shao, Ya-Jie Wu, Hongda Shi, Zhen Liu (2017). Numerical study to estimate the wave energy under Wave-Current Interaction in the Qingdao coast, China.DOI
Hongda Shi, Linna Li, Chenyu Zhao (2017). Optimization of wind-marine hybrid power system configuration based on genetic algorithm. Journal of Ocean University of China.DOI
Zhen Liu, Ying Cui, Ming Li, Hongda Shi (2017). Steady state performance of an axial impulse turbine for oscillating water column wave energy converters.DOI
Zhen Liu, Hongda Shi, Ying Cui, Kilwon Kim (2017). Experimental study on overtopping performance of a circular ramp wave energy converter.DOI
Zhen Liu, N. Qu, Hongda Shi (2017). Experimental study on hydrodynamic performance of a wave energy converter within multi‐heaving‐buoys.DOI
Zhen Liu, Zhi Han, Hongda Shi, Wan-Hsin Yang (2017). Experimental study on multi-level overtopping wave energy convertor under regular wave conditions. International Journal of Naval Architecture and Ocean Engineering.DOI
B. Liang, Zhao-Yan Xu, Hongda Shi, F. Fan (2017). Modelling Analysis of the Influence of Wave Farm to Nearshore Hydrodynamics Forces.DOI
Ze-Gao Yin, Cheng-Yan Gao, Hongda Shi, Yan-Xu Wang, Xiao-Yu Yang (2016). Numerical investigation on hydraulic performance of backward bend duct buoy.DOI
Hongda Shi, Huiyuan Tian, Xun Meng, Xiangyu Wang (2016). Submerged TLP-type Mooring System Analysis for a Heaving Buoy Wave Energy Converter. eSpace (Curtin University).
Z. Liu, Hengliang Qu, Hongda Shi, Gexing Hu, B. Hyun (2016). Application of 2D numerical model to unsteady performance evaluation of vertical-axis tidal current turbine. Journal of Ocean University of China.DOI
Tong-Shun Yu, Hongda Shi (2016). Composite barrel-shaped base of offshore wind driven generator, combined power generating structure using base and construction method for combined power generating structure.
Zhen Liu, Hengliang Qu, Hongda Shi (2016). Numerical Study on Self-Starting Performance of Darrieus Vertical Axis Turbine for Tidal Stream Energy Conversion.DOI
Ze-Gao Yin, Cheng-Yan Gao, Hongda Shi, Bo Yang, Yuan Li, Lin Ma, Huan Zhang, Ying-Nan Feng, Qian-Qian Jia, Wei Zou (2016). Novel automatic jet floating type breakwater and wave eliminating method thereof.
Hongda Shi, Shu-Ting Huang (2016). Hydrodynamic analysis of multi-freedom floater wave energy converter. Oceans.DOI
Zhao Liu, Yong Cui, K. W. Kim, Hongda Shi (2016). Numerical study on a modified impulse turbine for OWC wave energy conversion.DOI
Zhen Liu, N. Qu, Zhi Han, Jia-Ming Zhang, Shuai Zhang, Ming Li, Hongda Shi (2016). Study on energy conversion and storage system for a prototype buoys-array wave energy converter.DOI
Hongda Shi, Feifei Cao, Zhen Liu, N. Qu, Zhi Han (2015). Oscillation means buoy wave energy mechanical tide adaptive system.
Yu Xu, Yong Liu, Hongda Shi (2015). Experimental Studies on Wave Forces Acting on Caisson Foundations of Wave Energy Devices. The Twenty-fifth International Ocean and Polar Engineering Conference.
Hongda Shi, Feifei Cao, N. Qu (2015). THE LATEST PROGRESS IN WAVE ENERGY CONVERSIONS IN CHINA AND THE ANALYSIS OF A HEAVING BUOY CONSIDERING PTO DAMPING.DOI
Hongda Shi, Feifei Cao, Zhen Liu, N. Qu, Zhi Han (2015). Mechanical type tide level self-adaptation system for oscillating floater wave power generation device.
Feifei Cao, Hongda Shi, N. Qu, Hui-Yuan Tian, Zhi Han (2015). Study on the Motion of a Heaving Buoy Wave Energy Device.
Zhen Liu, Ying Cui, Huan-Yu Zhao, Hongda Shi, B. Hyun (2015). Effects of Damping Plate and Taut Line System on Mooring Stability of Small Wave Energy Converter.DOI
Hongda Shi, Feifei Cao, Zhen Liu, Na Qu (2015). Theoretical study on the power take-off estimation of heaving buoy wave energy converter. Renewable Energy.DOI
Hongda Shi (2014). Physical Model Experimental Study on the Floating Buoy Wave Power Generator.
Hongda Shi, Dong Wang, Jing-Hui Song, Zhe Ma (2014). Systematic Design of a Heaving Buoy Wave Energy Device.
Hongda Shi, Zhen Liu, Ming Li, Jia-Ming Zhang, Mei Li (2014). Electric power conversion and measurement and control method of wave power generation system.
Zhen Liu, Hongda Shi, Huan-Yu Zhao, Dong Wang, Xiao-Long Lv, Yan-Ping Li, N. Qu, Jing-Hui Song (2013). Layered overtopping type wave energy power generation device.
B. Liang, Tao Zhang, Hongda Shi (2013). Investigation of Three Dimensional Tidal Stream Energy in Surrounding Water Areas of ZTD, China.DOI
Zhen Liu, Hongda Shi, Zhi Han, Yun-Xia Guo, Zhao-Yan Xu, An-Yi Wang, Tian-He Lu (2013). Overtopping wave energy power generation device.
B. Liang, F. Fan, Ze-Gao Yin, Hongda Shi, Dong-yong Lee (2013). Numerical modelling of the nearshore wave energy resources of Shandong peninsula, China.DOI
Dong Liu, Hongda Shi (2011). The design and calculation of the mooring system of saucer-like Wave Energy Convertor. 2011 International Conference on Consumer Electronics, Communications and Networks (CECNet).DOI
Hongda Shi, Zhe Ma (2011). Exploiting methods of comprehensive development of ocean energy for Chinese islands. International Conference on Remote Sensing, Environment and Transportation Engineering.DOI
Meng Shao, Hongda Shi, B. Liang (2011). Study on the layout scheme of an ocean energy Isolated Power System. 2011 Second International Conference on Mechanic Automation and Control Engineering.DOI
Yajun Liu, Hongda Shi, Zhen Liu, Zhe Ma (2011). Experiment Study on a New Designed OWC Caisson Breakwater. Asia-Pacific Power and Energy Engineering Conference.DOI
Zhen Liu, B. Hyun, Hongda Shi, K. Hong (2010). Practical Simulation of Oscillating Water Column Chamber for Wave Energy Conversion.DOI
Ya-Jun Liu, Dong Liu, Zhen Liu, Hongda Shi, Hong-Xue Wang, Meng Shao, Yan Huang (2010). Wave energy generating set.
Yan Huang, Hongda Shi, Defu Liu, Zhen Liu (2010). Study on the breakwater caisson as oscillating water column facility.DOI
Ze-Gao Yin, Hongda Shi, Xian-Wei Cao, Jian-feng Ma (2010). Numerical Simulation of Water And Air Flow In Oscillating Water Column Air Chamber.
李静，史宏达（2009）. 新型码头结构在我国港口工程中的应用. 《海岸工程》.
刘臻，史宏达，玄汎洙 (2009). Practical Design and Investigation of the Breakwater OWC Facility in China. Conference Essays of International Ocean Energy Symposium 2009(IOES-2009) and the 2th National Colloquium on Marine Energy and the Establishment of Zhejiang Society of Oceanography Ocean Energy Professional Committee.
Hongda Shi (2009). CFD(Computational Fluid Dynamics) Analysis of an Impulse Turbine in an OWC(Ocean Wave Converter) Wave Energy Device. Journal of Engineering for Thermal Energy and Power.
史宏达，刘臻 (2005). A Finite Volume Method with Unstructured Triangular Grids for Numerical Modeling of Tidal Current. China Ocean Engineering.
预印本
Yuemeng Li, Renjie Gao, Hongda Shi (2023). Design And Analysis of Fully Coupled Numerical Model For A Wind-Wave Energy Acquisition System. SSRN Electronic Journal.DOI