风轮机的支承结构,其包括轴承壳体,所述轴承壳体支承允许转子轴绕转子轴线旋转的轴承. Wind turbine support structure, which includes a bearing housing, the bearing support housing about a rotor axis allows rotation of the rotor shaft bearing. 所述轴承壳体可以被构造成最小化响应于关于转子轴线之外的轴线在...
Proposal and application of onshore lattice wind turbine support structure and integrated multi-scale fatigue assessment method Chuannan Xiong, Kaoshan Dai, Yuxiao Luo, Zufei Yang, ... Xiao Tang 1 March 2024 Article 117314 select article Dynamic responses and mooring line failure analysis of the...
Support Structure for 11MW Wind Turbine Material:Q355D GB/T1591-2018 Size:1697*1691mm Weight:1510kg Application:Wind Power
SupportStructuresForOffshoreWindTurbines-Dnv.pdf
3.6.2 Vibrations of assembled wind turbine including support structure ... 35 3.6.3 Vibrations of structural members and equipment... 36 3.7 Variable functional loads...37 3.7.1 General ... 37 3.7.2
The support structure of an offshore wind turbine is commonly referred to as the foundation body embedded in or placed on the seabed, including the part of the structure that reaches above the waterline up to the level where the tower is connected. ...
A wind turbine apparatus includes a unit structure that is coupled to a central hub by way of an in-tension cable. The unit structure includes a first set of struts, wherein each strut in the first set of struts includes first and second ends, the first ends of the first set of struts...
Support structure for windturbine 专利名称:Support structure for windturbine 发明人:SAMYN, PHILIPPE M.申请号:EP00870090.8 申请日:20000428 公开号:EP1150010A1 公开日:20011031 专利内容由知识产权出版社提供 专利附图:摘要:The invention concerns a support structure, in particular for a wind ...
Method and System For Controlling Wind Turbine Rotational Speed A wind turbine includes a drive train and a brake configured to reduce a rotational speed of the drive train. The wind turbine also includes a brake control system operatively coupled to the brake. The brake control system is configu...
This criterion encompasses turbine size, material selection, and fatigue life analyses, all of which are subjected to aerodynamic load calculations that determine the forces that turbine structures experience. For instance, the tower, rotor blades, and a nacelle support structure of a wind turbine ...