Simulation on flow control strategy of synthetic jet in an vertical axis wind turbine
H Zhu, W Hao, C Li, Q Ding - Aerospace Science and Technology, 2018 - Elsevier
The purpose of present paper is to adopt two-dimensional numerical simulation to
investigate the flow field and flow control effect around a straight-bladed vertical axis wind …
investigate the flow field and flow control effect around a straight-bladed vertical axis wind …
Effect of flow-deflecting-gap blade on aerodynamic characteristic of vertical axis wind turbines
H Zhu, W Hao, C Li, Q Ding - Renewable energy, 2020 - Elsevier
In order to improve stall characteristics more effectively or eliminate dynamic stall in a
revolution of vertical axis wind turbine, three kinds of novel flow-deflecting-gap (FDG) blade …
revolution of vertical axis wind turbine, three kinds of novel flow-deflecting-gap (FDG) blade …
[PDF][PDF] 极限海况下三种海上风力机半潜平台的动态响应对比
王博， 许子非， 李春， 邓允河， 刘青松 - 动力工程学报, 2020 - jcspe.speri.com.cn
采用水动力学软件AQWA 和有限元方法, 分别对三浮体平台, 四浮体平台和五浮体平台在极限
海况下的工作状态进行数值仿真, 并对3 种半潜平台的频域和时域运动响应进行分析. 结果表明 …
海况下的工作状态进行数值仿真, 并对3 种半潜平台的频域和时域运动响应进行分析. 结果表明 …
半潜式平台漂浮式风力机阵列平台普通海况动态响应研究.
岳新智， 刘青松， 缪维跑， 李春 - Journal of Engineering for …, 2022 - search.ebscohost.com
为保证漂浮式风电场在环境载荷复杂的海洋环境中稳定正常工作, 以半潜式平台为研究对象,
建立了基于Umarine Semi-Submersible 平台的阵列式风电场. 通过FORTRAN …
建立了基于Umarine Semi-Submersible 平台的阵列式风电场. 通过FORTRAN …
[PDF][PDF] 基于TMD 控制的风力机结构抗震研究
刘中胜， 杨阳， 李春， 邹锦华， 汤金桦 - 机械强度, 2019 - qikan.cmes.org
摘要湍流风与地震是导致风力机塔架振动最主要的因素. 为研究风-震耦合工况下风力机结构的
动力学响应特性及抗震控制, 以NREL 5 MW 风力机为研究对象, 通过Wolf 方法建立土 …
动力学响应特性及抗震控制, 以NREL 5 MW 风力机为研究对象, 通过Wolf 方法建立土 …
[PDF][PDF] ANTI-SEISMIC STUDY OF WIND TURBINE STRUCTURE BASED ON TMD
刘中胜， 杨阳， 李春， 邹锦华， 汤金桦 - Journal of Mechanical Strength - qikan.cmes.org
Turbulent winds and earthquakes are the two main factors that lead to the vibration of the
wind turbine tower. In order to study the dynamic response characteristics and anti-seismic …
wind turbine tower. In order to study the dynamic response characteristics and anti-seismic …