The invention relates to an offshore wind power generation platform, a floating foundation and a transportation method of the floating foundation. The floating foundation comprises at least three stand columns and cross beams correspondingly connected between every two adjacent stand columns. The two opposite ends of the cross beam are correspondingly connected with the two adjacent stand columns respectively, and reinforcing parts are arranged at the two opposite ends of the cross beam and fixedly connected with the stand columns correspondingly. According to the floating foundation, due to the fact that the reinforcing parts are arranged at the two opposite ends of the cross beam, the reinforcing parts can increase the structural strength of the ends of the cross beam, improve the stress form and adapt to the structural stress distribution shape, and the defects that the two opposite ends of the cross beam are prone to deformation, breakage and damage due to overlarge stress in the using process are overcome; meanwhile, the defects of deformation damage and fracture in the stress process of the cross beam can be prevented without increasing the structural strength of each part of the cross beam in the related technology, namely, a reinforcing part does not need to be arranged at the middle part with lower stress on the cross beam, so that materials can be saved, the structural utilization rate is improved, and the product cost is controllable.
本申请涉及一种海上风力发电平台、浮式基础及其运输方法,浮式基础包括至少三个立柱及对应连接于相邻两个立柱之间的横梁。横梁的相对两端分别与相邻两个立柱对应相连,横梁的相对两端均设有加强部,加强部与立柱对应连接固定。上述的浮式基础,由于横梁的相对两端均设有加强部,加强部能增大横梁端部的结构强度,改善受力形式,适应结构应力分布形状,防止使用过程中横梁的相对两端因为应力过大而容易出现变形及断裂损坏缺陷;同时无需采取如相关技术中通过增加横梁的各个部位结构强度来防止横梁受力过程中的变形损坏及断裂缺陷,也即横梁上应力较低的中部部位无需设置加强部,从而能节省材料,提高结构利用率,产品成本可控。
Offshore wind power generation platform, floating foundation and transportation method thereof
海上风力发电平台、浮式基础及其运输方法
2024-02-06
Patent
Electronic Resource
Chinese
IPC: | B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS |
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