The invention relates to an offshore floating type wind power steel shell concrete composite structure platform and a construction method, the platform comprises a steel shell, and the steel shell comprises an outer side steel shell and an inner side steel shell which are arranged at an interval; the inner concrete filling layer is filled between the outer side steel shell and the inner side steel shell; the connecting structure is arranged at the joint of the steel shell and the internal concrete filling layer and used for enhancing the connecting rigidity and stability of the steel shell and the concrete; the connecting structure comprises transverse reinforcing rib plates, longitudinal reinforcing rib plates, partition plates and anti-shear studs, the transverse reinforcing rib plates and the longitudinal reinforcing rib plates are arranged in a grid shape, the space between the outer side steel shell and the inner side steel shell is divided into a plurality of areas through the partition plates, and the anti-shear studs are used for enhancing the anti-shear capacity between the steel shells and concrete. Through innovative connection structure design, a steel structure is combined with concrete, efficient and intelligent hole design is combined with an advanced sensing technology, automatic control and intelligent monitoring, the construction quality of the structure is guaranteed, and an efficient and low-maintenance structural form is provided.
本发明涉及一种海上漂浮式风电钢壳混凝土组合结构平台及施工方法,平台包括钢壳,包括间隔设置的外侧钢壳、内侧钢壳;内部混凝土填充层,填充于外侧钢壳和内侧钢壳之间;连接结构,设置于钢壳和内部混凝土填充层的连接处,用于增强钢壳与混凝土的连接刚度和稳定性;连接结构包括横向加强肋板、纵向加强肋板、隔板、以及抗剪栓钉,横向加强肋板和纵向加强肋板呈网格状布置,隔板将外侧钢壳、内侧钢壳之间分隔成多个区域,抗剪栓钉用于增强钢壳和混凝土之间的抗剪能力。通过创新的连接结构设计,将钢结构与混凝土结合,高效智能化的孔洞设计结合先进的传感技术、自动化控制以及智能监测,保证结构的施工质量,并提供了一种高效、低维护的结构形式。
Offshore floating type wind power steel shell concrete composite structure platform and construction method
一种海上漂浮式风电钢壳混凝土组合结构平台及施工方法
2025-01-10
Patent
Electronic Resource
Chinese
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