赵振宙

期刊论文

1. 塔依尔·图尼亚孜，刘惠文，杨松松，林明，郑源，赵振宙（2026）. 风浪作用下漂浮式风力机动态响应和气动特性研究. 《中国电机工程学报》.
2. 刘岩，赵振宙，刘一格，刘惠文（2026）. 尾流对下游风力机叶片结构响应研究. 《华中科技大学学报(自然科学版)》.DOI
3. 苏纯浩，赵振宙，李世君，刘惠文（2026）. 振荡风电桩基对不同固定冲坑的冲刷影响机理. 《华中科技大学学报(自然科学版)》.DOI
4. 李文锋，赵振宙，魏赏赏，董国丹，刘惠文（2026）. 纵荡运动下漂浮式风力机尾流模型. 《空气动力学学报》.
5. Jinan Wang, Zhenzhou Zhao, Bo Qu, Yi-Ge Liu, Yan Liu, Wenfeng Li, Kashif Ali, Qinghao Zhu (2026). Dynamic stall in floating wind turbine airfoils under pitch motion. The Physics of Fluids.DOI
6. Songsong Yang, Huiwei Liu, Tuniyazi Tayier, Yu-Quan Zhang, Yuan Zheng, Zhenzhou Zhao, Ye Li (2026). Numerical investigation on wake evolution and aerodynamic loads responses of floating wind turbines under coupled wind-wave excitation. Ocean Engineering.DOI
7. Zhi-Xuan Xu, Peng Guo, Yuqing Wu, Wanming Xiong, Yan Liu, Zhenzhou Zhao (2026). Research on Influence of Blade Twisting Motion on Aerodynamic Characteristics of Large‐Scale Wind Turbine. International Journal of Energy Research.DOI
8. Peng Guo, Zhi-Xuan Xu, Yuqing Wu, Zhenzhou Zhao, Yao Shen, Kashif Ali, Wanming Xiong (2026). Finite Control Set MPC Yaw Control Method of Wind Farms Based on a Dynamic Wake Model. Energies.DOI
9. Zhi-Shuai Hu, Yongyi Lang, Bin He, Yong-Feng Ren, Zhenzhou Zhao (2026). Power-Response-Equivalence-Based Dual-VSG Coordinated Control for Energy-Storage DFIG Wind Turbines Under Frequency-Support Operation. Processes.DOI
10. Yi-Ge Liu, Zhenzhou Zhao, Yan Liu, Kashif Ali, Huiwen Liu, Yuanzhuo Ma, Shangshang Wei (2026). An optimized management strategy for wind turbines under wind curtailment condition considering wake effect. Renewable Energy.DOI
11. Chen Fang, Zhi-Shuai Hu, Bin He, Yong-Feng Ren, Zhenzhou Zhao (2026). Mechanism and Coordinated Suppression Strategy for High-Frequency Oscillation in Receiving-End MMC-Based HVDC Systems. Energies.DOI
12. 宋继烨，赵振宙，刘一格，刘岩，苏纯浩，李世君（2025）. 偏航工况下水平轴风力机气动噪声辐射特性研究. 《太阳能学报》.DOI
13. 赵树春，郑康乐，马俊祥，党政文，韩建锋，赵振宙（2025）. 风力机叶片尾随涡对涡流发生器流动控制影响机理研究. 《可再生能源》.DOI
14. 魏宏，赵振宙，刘一格，魏赏赏，刘惠文，刘岩，罗乔（2025）. 基于高阶高斯函数的风力机三维尾流速度模型的研究与验证. 《中国电机工程学报》.
15. 李世君，赵振宙，苏纯浩，王丁丁，宋继烨，魏宏（2025）. 涡流发生器对S809翼型深度动态失速影响机理研究. 《太阳能学报》.
16. 王丁丁，赵振宙，刘岩，刘一格（2025）. 并网前大型风力机偏航状态振动及其抑制. 《太阳能学报》.
17. 吴雨晴，赵振宙，李文锋，王丁丁，郭鹏，徐志轩（2025）. 不同风廓线下风力机的尾流特性. 《排灌机械工程学报》.
18. 刘一格，赵振宙，刘岩，刘惠文（2025）. 考虑尾流二次偏转效应的串列风力机尾流优化. 《华中科技大学学报(自然科学版)》.DOI
19. 刘一格，赵振宙，刘岩，刘惠文（2025）. 基于机组启停策略的弃风风电场尾流优化. 《华中科技大学学报(自然科学版)》.DOI
20. 徐志轩，吴雨晴，郭鹏，魏宏，赵振宙，熊琬铭（2025）. 基于Hankel-SVD预处理及CEEMDAN-LSTM的风速预测模型. 《绿色能源》.
21. Yi-Ge Liu, Zhenzhou Zhao, Yan Liu, Kashif Ali, Qinghao Zhu, Yuming Wu, Huiwei Liu, Shangshang Wei (2025). Wind farm repowering to mitigate wake effect based on a novel optimization framework. The Physics of Fluids.DOI
22. Yu Bao, Zi-Yan Ling, Zhenzhou Zhao, Heping Jin, Yangwu Shen, Yu Xiao, Xing-yang Xiang, Yanlie Lu, Ying-Ke Wang, Ting Liu (2025). A novel three-dimensional dual-cosine wake model for wind turbine full wake predictions. Renewable Energy.DOI
23. Kashif Ali, Zhenzhou Zhao, Qinghao Zhu, Yi-Ge Liu, Yan Liu, Mumtaz A. Qaisrani, Wenfeng Li, Jinan Wang, Yanlie Lu, Ying-Ke Wang (2025). Aerodynamic performance improvement of vertical axis wind turbines in a hybrid configuration. The Physics of Fluids.DOI
24. Kashif Ali, Zhenzhou Zhao, Yan Liu, Yi-Ge Liu, Qinghao Zhu, Wenfeng Li, Long-Biao Wang, Jinan Wang (2025). Aerodynamic performance analysis of vertical axis wind turbine arrangements around a horizontal axis wind turbine tower for both turbines power enhancement. The Physics of Fluids.DOI
25. Wenfeng Li, Zhenzhou Zhao, Yi-Ge Liu, Huiwei Liu, Shangshang Wei, Kashif Ali, Guodan Dong, Yan Liu, Yuanzhuo Ma (2025). Investigation of dynamic wake model of a floating offshore wind turbine under heave, surge and pitch motion. Renewable Energy.DOI
26. Zhenzhou Zhao, Yan Liu, Dingding Wang, Kashif Ali, Yi-Ge Liu, Huiwen Liu, Shangshang Wei, Wenfeng Li (2025). Effect of blade and tower interference on wind turbine tower vibration occurred before grid connection. Sustainable Energy Technologies and Assessments.DOI
27. Zeyu Yin, Zhenzhou Zhao, Yuqing Wu, Peng Guo, Yanlie Lu, Ying-Ke Wang (2025). Capacity Configuration of an Islanded Combined System using a High-Precision Wind Power Model. 2025 6th International Conference on Smart Grid and Energy Engineering (SGEE).DOI
28. Zhenzhou Zhao, Chunhao Su, Yan Liu, Yi-Ge Liu, Huiwen Liu, Yuanzhuo Ma, Shangshang Wei, Shijun Li (2025). Study on oscillation effect of wind power pile foundation on local scour. Scientific Reports.DOI
29. Li-Qing Yang, Zhi-Shuai Hu, Zhenzhou Zhao, Yong-Feng Ren (2025). Optimal Process Control for Rotor Speed Recovery and Secondary Frequency Drop Mitigation in Wind Turbine Frequency Regulation. Processes.DOI
30. Kashif Ali, Zhenzhou Zhao, Yi-Ge Liu, Yan Liu, Chunhao Su, Shijun Li, Huiwen Liu, Shangshang Wei, Yuanzhuo Ma (2025). Numerical investigation of the position effect on a hybrid wind turbine model: Integrating vertical axis wind turbines around a horizontal axis wind turbine tower. Sustainable Energy Technologies and Assessments.DOI
31. Yan Liu, Zhenzhou Zhao, Kashif Ali, Yi-Ge Liu, Huiwei Liu, Yuanzhuo Ma, Shangshang Wei, Chunhao Su, Shijun Li (2025). Effect of surge and sway combined motion on the dynamic stall of floating offshore wind turbine airfoils. The Physics of Fluids.DOI
32. 凌子焱，赵振宙，刘一格，刘惠文，马远卓，王丁丁（2024）. 基于三维卷吸尾流模型的风电场功率计算. 《中国电机工程学报》.
33. 张步恩，杨磊，余烈，赵振宙，刘惠文（2024）. 不同偏航工况下受迫运动风力机动力学特性. 《可再生能源》.
34. 赵树春，郑康乐，马俊祥，党政文，韩建锋，赵振宙（2024）. 同向旋转与反向旋转涡流发生器在风力机应用分析. 《太阳能学报》.
35. 魏赏赏，李智寒，陈一凯，许昌，赵振宙，许波峰（2024）. 基于状态扩张输入输出动态模态分解的风力机尾流降阶模型. 《太阳能学报》.
36. 石腾，许波峰，汪亚洲，张金波，赵振宙，蔡新（2024）. 基于图像处理的风电叶片损伤识别定位系统. 《太阳能学报》.
37. 王丁丁，赵振宙，刘岩，刘惠文，马远卓，罗乔（2024）. 停机时风力机塔筒与叶片的涡激机理. 《太阳能学报》.
38. 王丁丁，赵振宙，刘岩，刘惠文，马远卓，刘一格（2024）. 考虑叶片影响的风力机塔筒双自由度涡激振动研究. 《太阳能学报》.
39. 魏赏赏，顾明轩，李智寒，许昌，赵振宙（2024）. 基于稀疏增强动态模态分解的风电场降阶模型. 《工程热物理学报》.
40. 苏纯浩，赵振宙，刘一格，刘岩，王丁丁，凌子焱，罗乔（2024）. 横纵振荡对风电桩基局部冲刷的影响机理. 《振动与冲击》.
41. 凌子焱，赵振宙，刘惠文，马远卓，刘一格，王丁丁（2024）. 基于各项异性多项式分布的风力机三维尾流模型. 《哈尔滨工程大学学报》.
42. 苏纯浩，赵振宙，刘岩，刘一格，Ali Kashif，刘惠文，魏赏赏（2024）. 床面干涉下防冲刷潮流能水轮机尾流特性及影响研究. 《振动与冲击》.
43. 金想想，马远卓，赵振宙，许波峰，李洪双（2024）. 复合材料风力机叶片参数化设计及优化. 《复合材料科学与工程》.
44. 马俊祥，赵振宙，玛尔瓦提·黑扎提，郑康乐，张爽，吴昊，张克凡（2024）. 山区风电场道路及集电线路协同优化设计. 《内蒙古工业大学学报(自然科学版)》.
45. 马远卓，赵翔，李洪双，赵振宙，许波峰（2024）. 空间分割全局灵敏度方法研究及其在风机叶片极限载荷工况中的应用. 《工程力学》.
46. Yan Liu, Zhenzhou Zhao, Jun Feng, Yi-Ge Liu, Kashif Ali, Huiwen Liu, Yuanzhou Ma, Shangshang Wei, Dingding Wang (2024). Effect of surge motion on the dynamic stall of floating offshore wind turbine airfoils. Sustainable Energy Technologies and Assessments.DOI
47. Zi-Yan Ling, Zhenzhou Zhao, Yi-Ge Liu, Huiwen Liu, Kashif Ali, Yan Liu, Yifan Wen, Dingding Wang, Shijun Li, Chunhao Su (2024). Multi-objective layout optimization for wind farms based on non-uniformly distributed turbulence and a new three-dimensional multiple wake model. Renewable Energy.DOI
48. Qing Wang, Ping Ma, Zhenzhou Zhao, Deshun Li (2024). Effects of fluctuating velocity on dynamic stall of vertical axis wind turbine airfoil. Renewable Energy.DOI
49. Yi-Ge Liu, Zhenzhou Zhao, Yan Liu, Huiwen Liu, Shangshang Wei, Yuanzhuo Ma, Zi-Yan Ling, Qiao Luo (2024). Combined wake control of aligned wind turbines for power optimization based on a 3D wake model considering secondary wake steering. Energy.DOI
50. Hong Wei, Zhenzhou Zhao, Yi-Ge Liu, Yan Liu, Kashif Ali, Huiwen Liu, Shangshang Wei, Yuanzhuo Ma, Zi-Yan Ling (2024). Development and validation of a three-dimensional wind-turbine wake model based on high-order Gaussian function. Ocean Engineering.DOI
51. 冯俊鑫，赵振宙，陈明，江瑞芳，王丁丁，刘一格（2023）. 叶片挥舞运动对风力机气动特性的影响. 《太阳能学报》.
52. 陈明，赵振宙，孟令玉，冯俊鑫，江瑞芳（2023）. 尾随涡对风力机叶片气动性能影响机理研究. 《太阳能学报》.
53. 江瑞芳，赵振宙，刘惠文，马远卓，陈明，冯俊鑫（2023）. 涡流发生器安装参数对风力机翼段动态失速影响. 《太阳能学报》.
54. 凌子焱，赵振宙，刘惠文，马远卓，刘一格，王丁丁（2023）. 风力机三维尾流模型研究与验证. 《太阳能学报》.
55. 冯俊鑫，赵振宙，刘一格，刘惠文，江瑞芳，王丁丁（2023）. 纵荡运动对风力机翼型动态失速特性影响研究. 《太阳能学报》.
56. 凌子焱，赵振宙，刘一格，刘惠文，马远卓，王丁丁（2023）. 风力机三维卷吸尾流模型的研究与验证. 《中国电机工程学报》.
57. 凌子焱，赵振宙，刘一格，刘惠文，马远卓，王丁丁（2023）. 垂直轴风力机三维尾流模型的研究. 《太阳能学报》.
58. 王丁丁，赵振宙，刘一格，马远卓，刘惠文，陈明（2023）. 大型风力机塔筒与叶片涡激共振机理研究. 《太阳能学报》.
59. 冯俊鑫，赵振宙，陈明，江瑞芳，刘一格，王丁丁（2023）. 复合运动下风力机翼型动态失速特性研究. 《太阳能学报》.
60. 张步恩，余烈，杨磊，赵振宙，刘惠文，郑源（2023）. 基于多自由度运动条件下风力机动力学特性研究. 《太阳能学报》.
61. 许波峰，李振，朱紫璇，蔡新，王同光，赵振宙（2023）. 大型下风向柔性叶片参数化建模及两目标优化设计. 《太阳能学报》.
62. 马俊祥，赵振宙，郑康乐，张克凡，吴昊，张爽（2023）. 锯齿尾缘风力机叶片气动及噪声性能研究. 《能源研究与利用》.
63. Ziyan Ling, Zhenzhou Zhao, Yige Liu, Huiwen Liu, Yuanzhuo Ma, Tongguang Wang, Dingding Wang (2023). A three‐dimensional analytical model based on Gaussian distribution for wind‐turbine wakes. Environmental Progress & Sustainable Energy.DOI
64. Ziyan Ling, Zhenzhou Zhao, Yige Liu, Huiwen Liu, Yan Liu, Yuanzhuo Ma, Tongguang Wang, Dingding Wang (2023). A three-dimensional wake model for wind turbines based on a polynomial distribution of wake velocity. Ocean Engineering.DOI
65. Ziyan Ling, Zhenzhou Zhao, Yige Liu, Huiwen Liu, Dingding Wang, Qiao Luo (2023). A new three-dimensional entrainment model for wind-turbine wakes. Ocean Engineering.DOI
66. 江瑞芳，赵振宙，王同光，孟令玉，陈明，冯俊鑫（2022）. 涡流发生器弦向位置对翼型动态失速的影响机理. 《太阳能学报》.
67. 陈明，赵振宙，孟令玉，冯俊鑫，江瑞芳，玛尔瓦提·黑扎提（2022）. 风力机叶片上涡流发生器参数化模型应用方法研究. 《太阳能学报》.
68. 孟令玉，赵振宙，吴昊，王同光，郑源，许波峰（2022）. 大粗糙度弦向分布对风力机气动性能影响. 《太阳能学报》.
69. 孟令玉，赵振宙，陈明，江瑞芳，冯俊鑫，玛尔瓦提·黑扎提（2022）. 摇摆式垂直轴风力机气动特性数值模拟. 《太阳能学报》.
70. 赵振宙，钟淋涓，许波峰，马远卓，刘惠文（2022）. 《新能源科学与工程专业导论》课程思政建设探讨. 《中国电力教育》.
71. 李涛，魏媛，赵振宙，胡朝阳，燕敏飞，袁泉，许帅（2022）. 基于源-网-荷-储一体化园区电能规划设计方案优化研究. 《能源研究与利用》.
72. 魏媛，李涛，赵振宙，胡朝阳，燕敏飞，袁泉，许帅（2022）. 基于风资源评估不确定性分析的风电有效出力计算模型. 《能源研究与利用》.
73. 吴昊，潘孝兴，赵红民，赵海钟，郑康乐，赵振宙（2022）. 偏航与变桨工况对风力机尾流特性影响研究. 《能源研究与利用》.
74. Yidan Zheng, Huiwen Liu, Leonardo P. Chamorro, Zhenzhou Zhao, Ye Li, Yuan Guang Zheng, Kexin Tang (2022). Impact of turbulence level on intermittent-like events in the wake of a model wind turbine. Renewable Energy.DOI
75. Ruifang Jiang, Zhenzhou Zhao, Yige Liu, Huiwen Liu, Yuanzhuo Ma, Tongguang Wang, Junxin Feng, Dingding Wang, Shijun Li, Qiao Luo (2022). Effect of vortex generator orientation on wind turbines considering the three-dimensional rotational effect. Ocean Engineering.DOI
76. Zhenzhou Zhao, Ruifang Jiang, Junxin Feng, Huiwen Liu, Tongguang Wang, Wen Zhong Shen, Ming Chen, Dingding Wang, Yige Liu (2022). Researches on vortex generators applied to wind turbines: A review. Ocean Engineering.DOI
77. Ruifang Jiang, Zhenzhou Zhao, Huiwen Liu, Tongguang Wang, Ming Chen, Junxin Feng, Dingding Wang (2022). Numerical study on the influence of vortex generators on wind turbine aerodynamic performance considering rotational effect. Renewable Energy.DOI
78. 孟令玉，赵振宙，吴昊，王同光，郑源，许波峰（2021）. 大粗糙度对风力机叶片气动性能影响研究. 《太阳能学报》.DOI
79. 赵振宙，苏德程，王同光，汪瑞欣，郑源，许波峰（2021）. 风力机涡流发生器参数化模型涡模拟方法研究. 《太阳能学报》.DOI
80. 江瑞芳，赵振宙，冯俊鑫，孟令玉，陈明，刘惠文（2021）. 涡流发生器对风力机叶片流动控制的数值研究. 《工程热物理学报》.
81. 赵振宙，孟令玉，苏德程，王同光，吴昊，许波峰（2021）. 涡流发生器形状对风力机翼段动态失速的影响. 《工程热物理学报》.
82. 许波峰，朱紫璇，戴成军，蔡新，王同光，赵振宙（2021）. 风剪切对风力机叶片气动性能及尾迹形状的影响. 《力学学报》.
83. 赵振宙，孟令玉，王同光，苏德程，吴昊，许波峰（2021）. 涡流发生器对风力机翼段动态失速影响. 《哈尔滨工程大学学报》.
84. Zhenzhou Zhao, Dingding Wang, Tongguang Wang, Wen Zhong Shen, Huiwen Liu, Ming Chen (2021). A review: Approaches for aerodynamic performance improvement of lift-type vertical axis wind turbine. Sustainable Energy Technologies and Assessments.DOI
85. Ming Chen, Zhenzhou Zhao, Huiwen Liu, Tongguang Wang, Lingyu Meng, Junxin Feng, Ruifang Jiang, Dingding Wang (2021). Research on the Parametric Modelling Approach of Vortex Generator on Wind Turbine Airfoil. Frontiers in Energy Research.DOI
86. Bofeng Xu, Zhen Li, Zhu Zixuan, Xin Cai, Tongguang Wang, Zhenzhou Zhao (2021). The Parametric Modeling and Two-Objective Optimal Design of a Downwind Blade. Frontiers in Energy Research.DOI
87. Zhenzhou Zhao, Ming Chen, Huiwen Liu, Tongguang Wang, Bofeng Xu (2021). Research on parametric modeling methods for vortex generators on flat plate. Journal of Renewable and Sustainable Energy.DOI
88. 赵振宙，吴昊，钱思悦，许波峰（2020）. 基于涡理论的H型风力机新型变桨分析. 《工程热物理学报》.
89. 汪瑞欣，赵振宙，王同光，曾冠毓，许波峰，郑源（2020）. 锯齿尾缘DU91-W2-250风力机翼型气动及噪声特性分析. 《太阳能学报》.DOI
90. Huiwen Liu, Zhenzhou Zhao, Leonardo P. Chamorro, Imran Hayat, Yaqing Jin, Yuan Guang Zheng (2020). On the multi-scale turbulent structure interactions within wind farms. Journal of Physics Conference Series.DOI
91. 赵振宙，苏德程，汪瑞欣，王同光，郑源，许波峰（2019）. 涡流发生器参数化建模方法的PIV实验研究. 《工程热物理学报》.
92. 赵振宙，钱思悦，沈文忠，王同光，许波峰，郑源（2019）. 考虑小攻角影响H型风轮变桨方法研究. 《太阳能学报》.
93. 赵振宙，苏德程，王同光，吴昊，孟令玉，许波峰，郑源（2019）. 涡流发生器对动态失速影响的模拟研究. 《机械工程学报》.
94. Bofeng Xu, Bingbing Liu, Xin Cai, Yue Yuan, Zhenzhou Zhao, Yazhou Wang (2019). Accuracy of the aerodynamic performance of wind turbines using vortex core models in the free vortex wake method. Journal of Renewable and Sustainable Energy.DOI
95. Zhenzhou Zhao, Decheng Su, Tongguang Wang, Bofeng Xu, Hao Wu, Yuan Guang Zheng (2019). A blade pitching approach for vertical axis wind turbines based on the free vortex method. Journal of Renewable and Sustainable Energy.DOI
96. 宋晨光，赵振宙，吴国庆，朱维南，刘泽伟（2018）. 风速和翼型弯度对垂直轴风机气动性能的影响. 《排灌机械工程学报》.
97. 赵振宙，钱思悦，郑源，汪瑞欣，曾冠毓（2018）. 考虑小攻角影响立轴风轮气动性能改善方法. 《排灌机械工程学报》.
98. 钱思悦，赵振宙，田晨，汪瑞欣，曾冠毓，郑源（2018）. H型风力机新型变桨方案数值模拟. 《排灌机械工程学报》.
99. 赵振宙，严畅，王同光，沈文忠，郑源，许波峰（2018）. 考虑叶片相互影响风力机涡流发生器参数化建模. 《机械工程学报》.
100. Bofeng Xu, Junheng Feng, Tongguang Wang, Yue Yuan, Zhenzhou Zhao, Wei Zhong (2018). Trailing-Edge Flap Control for Mitigating Rotor Power Fluctuations of a Large-Scale Offshore Floating Wind Turbine under the Turbulent Wind Condition. Entropy.DOI
101. Zhenzhou Zhao, Ruixin Wang, Wen Zhong Shen, Tongguang Wang, Bofeng Xu, Yuan Guang Zheng, Siyue Qian (2018). Variable Pitch Approach for Performance Improving of Straight-Bladed VAWT at Rated Tip Speed Ratio. Applied Sciences.DOI
102. Bofeng Xu, Tongguang Wang, Yue Yuan, Zhenzhou Zhao, Haoming Liu (2018). A Simplified Free Vortex Wake Model of Wind Turbines for Axial Steady Conditions. Applied Sciences.DOI
103. Bofeng Xu, Junheng Feng, Tongguang Wang, Yue Yuan, Zhenzhou Zhao (2018). Application of a turbulent vortex core model in the free vortex wake scheme to predict wind turbine aerodynamics. Journal of Renewable and Sustainable Energy.DOI
104. Zhenzhou Zhao (2018). Parametric Model of Vortex Generators of Wind Turbine Considering Inter-effect of Winglets. Journal of Mechanical Engineering.DOI
105. 赵振宙，陈景茹，王同光，李涛，田晨，郑源（2017）. 扰流对达里厄风力机气动攻角的影响分析. 《太阳能学报》.
106. 赵振宙，郑源，左璐，郭苏（2017）. 风力机原理课程建设探索与实践. 《风能》.
107. 赵振宙，曾冠毓，王同光，李涛，汪瑞欣，钱思悦，郑源（2017）. 基于转捩模型Phase VI风力机气动特性数值计算. 《中国电机工程学报》.
108. 郭苏，许昌，赵振宙，霍志红（2017）. 新能源科学与工程专业实验课程教学改革研究. 《风能》.
109. 赵振宙，陈潘浩，陈景茹，王同光，许波峰，郑源（2017）. 基于双盘面多流管模型的升力型风轮气动性能改善分析. 《太阳能学报》.
110. Zhenzhou Zhao, Siyuan Qian, Wen Zhong Shen, Tongguang Wang, Bofeng Xu, Yuan Guang Zheng, Ruixin Wang (2017). Study on variable pitch strategy in H-type wind turbine considering effect of small angle of attack. Journal of Renewable and Sustainable Energy.DOI
111. Zhenzhou Zhao, Wen Zhong Shen, Ruixin Wang, Tongguang Wang, Bofeng Xu, Yuan Guang Zheng, Siyuan Qian (2017). Modeling of wind turbine vortex generators in considering the inter-effects between arrays. Journal of Renewable and Sustainable Energy.DOI
112. Zhenzhou Zhao, Chang Yan, Tongguang Wang, Bofeng Xu, Yuan Guang Zheng (2017). Study on approach of performance improvement of VAWT employing double multiple stream tubes model. Journal of Renewable and Sustainable Energy.DOI
113. 黄兴，严畅，范伟捷，赵振宙（2016）. 水轮机随动系统仿真模型的精细化研究. 《水电能源科学》.
114. 许波峰，唐植懿，袁越，赵振宙，王同光（2016）. 基于自由涡尾迹模型的漂浮式风力机气动计算. 《可再生能源》.
115. 宋晨光，郑源，姜镐，赵振宙，李冲（2016）. 垂直轴风机CFD模拟的网格划分策略和湍流模型研究. 《太阳能学报》.
116. 赵振宙，王同光，陈景茹，李涛，郑源（2016）. 干扰气流对Darrieus风轮气动性能影响研究. 《太阳能学报》.
117. Zhenzhou Zhao, Guanyu Zeng, Tongguang Wang, Bofeng Xu, Yuan Guang Zheng (2016). Numerical research on effect of transition on aerodynamic performance of wind turbine blade with vortex generators. Journal of Renewable and Sustainable Energy.DOI
118. Bofeng Xu, Yang Yuan, T G Wang, Zhenzhou Zhao (2016). Comparison of two vortex models of wind turbines using a free vortex wake scheme. Journal of Physics Conference Series.DOI
119. Bo-Feng Xu, Li Chen, Zhenzhou Zhao, Yue Feng Yuan, Tongguang Wang (2016). Wake structure analysis of wind turbines based on a free vortex wake model. Mechanics and Mechanical Engineering.DOI
120. 赵振宙，李涛，王同光，陈潘浩，刘玄（2015）. 风力机叶片阵列式涡流发生器建模研究. 《中国力学大会-2015》.
121. Zhenzhou Zhao, Tao Li, Tongguang Wang, Xuan Liu, Yuan Guang Zheng (2015). Numerical investigation on wind turbine vortex generators employing transition models. Journal of Renewable and Sustainable Energy.DOI
122. Chenguang Song, Yuan Guang Zheng, Zhenzhou Zhao, Yuquan Zhang, Chong Li, Hao Jiang (2015). Investigation of meshing strategies and turbulence models of computational fluid dynamics simulations of vertical axis wind turbines. Journal of Renewable and Sustainable Energy.DOI
123. Zhenzhou Zhao (2015). Aerodynamic Performance Promotion of Φ Type Wind Turbine Based on Multiply Stream Tubes Model. Journal of Mechanical Engineering.DOI
124. 霍志红，郑源，许昌，赵振宙，胡鹤轩（2014）. “风力机组控制”课程教学研究. 《中国电力教育》.
125. 黄娟，赵振宙，叶芬，郑源（2013）. 导叶式升力型垂直轴风力机的数值研究. 《可再生能源》.
126. 原红红，赵振宙，郑源，黄娟（2013）. 导叶对涡轮型垂直轴风力机气动性能的影响. 《河海大学学报(自然科学版)》.
127. 霍志红，郑源，许昌，赵振宙（2012）. 《风力机组控制技术》教材编写心得. 《中国电力教育》.
128. 赵振宙，原红红，郑源，黄娟，赵振宁（2012）. 转速对直叶片升力型风轮动力特性影响数值研究. 《机械工程学报》.
129. 赵振宙，原红红，郑源，黄娟，赵振宁（2012）. 直叶片达里厄风轮流场非定常数值计算. 《排灌机械工程学报》.
130. 郑源，司佳钧，黄建军，赵振宙，丁遥（2011）. 垂直轴风力机塔柱结构的分析及优化. 《排灌机械工程学报》.
131. 赵振宙，郑源，宋晨光，赵振宁（2011）. 升阻混合风轮的性能规律. 《排灌机械工程学报》.
132. 赵振宙（2011）. 风力机原理与应用. 《中国水利水电出版社》.
133. Zhenzhou Zhao, Yuan Guang Zheng, Chenguang Song, Zhenning Zhao (2011). An analysis of influence of braces on lift type vertical axis wind rotor performance. International Conference on Remote Sensing, Environment and Transportation Engineering.DOI
134. 仲颖，郑源，刘美琴，赵振宙（2010）. 我国东南沿海海上风电场建设的探究. 《可再生能源》.
135. 赵振宙，郑源，徐小韵，刘文明，胡国祥（2010）. 基于部分结构参数的螺旋形Savonius风轮性能优化. 《太阳能学报》.
136. 赵振宙，郑源，周大庆，刘文明，徐小韵，胡国祥（2010）. 基于数值模拟Savonius风力机性能优化研究. 《太阳能学报》.
137. 徐小韵，郑源，赵振宙，刘文明（2010）. 基于计算流体动力学的S型风力机性能分析. 《河海大学学报(自然科学版)》.
138. 刘美琴，郑源，赵振宙，仲颖（2010）. 波浪能利用的发展与前景. 《海洋开发与管理》.
139. Zhenzhou Zhao (2010). Study on the construction of the offshore wind farm ASSY in the southeast coast of China. Renewable Energy Resources.
140. 刘美琴，仲颖，郑源，赵振宙（2009）. 海流能利用技术研究进展与展望. 《可再生能源》.
141. 赵振宙，郑源，陈星莺（2009）. 海上风电机组主要机械故障机理研究. 《水利水电技术(中英文)》.
142. Zhenzhou Zhao, Yuan Guang Zheng, Xiaoyun Xu, Wenming Liu, HU Guo-xiang (2009). Research on the improvement of the performance of savonius rotor based on numerical study. International Conference on Sustainable Power Generation and Supply.DOI
143. Zhenzhou Zhao, Yuan Guang Zheng, Xiaoyun Xu, Wenming Liu, Daqing Zhou (2009). Optimum Design Configuration of Helical Savonius Rotor via Numerical Study.DOI
144. Zhenzhou Zhao (2009). Research status and prospects of marine current energy utilization technology. Renewable Energy Resources.