A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of wind power blade detection test bench
The invention provides a construction method of a wind power blade detection test bench, and belongs to the field of wind power equipment. The construction method comprises the following steps that S1, a test bench is constructed; S2, a fixed steel plate bracket is constructed, specifically, a space lattice structure truss is adopted to bear the gravity load, a frame supporting system is adopted laterally, a plurality of horizontal jacks are arranged to adjust the perpendicularity of the fixed steel plate, during construction, the lower half portion of a framework needs to be constructed firstly, the fixed steel plate is placed in place and connected with the jacks, and after perpendicularity adjustment is completed, a top truss is constructed to fix the fixed steel plate; S3, concrete construction is conducted; S4, concrete cooling is conducted; and S5, scaffolds are erected to serve as a base body for bearing constructors. According to the construction method, the construction process control over mass concrete one-time pouring crack control is completed, the effect of a BIM in the construction guiding process and a multi-party cooperation working mode of the BIM and a machining workshop are explored, and a whole set of mature technological process and quality control measures for oversized wind power blade detection test bed structure construction are formed.
本发明提供了风电叶片检测试验台施工方法，属于风电设备领域，包括以下步骤，S1、试验台施工；S2、固定钢板支架施工；采用空间格结构桁架承担其重力荷载，侧向采用框架支撑体系，设置多处水平千斤顶以调节固定钢板的垂直度，施工时，应先施工构架下半部，将固定钢板就位并连接千斤顶，垂直度调节完毕后再进行施工顶部桁架以将固定钢板固定；S3、混凝土施工；S4、混凝土降温；S5、脚手架搭设，作为施工人员承载的基体。本发明完成大体积混凝土一次性浇筑裂缝控制的施工工艺控制，探索BIM在指导施工过程中的作用及与机械加工车间的多方协作的工作模式，形成针对超大风电叶片检测试验台结构施工的整套成熟工艺流程及质量控制措施。
Construction method of wind power blade detection test bench
The invention provides a construction method of a wind power blade detection test bench, and belongs to the field of wind power equipment. The construction method comprises the following steps that S1, a test bench is constructed; S2, a fixed steel plate bracket is constructed, specifically, a space lattice structure truss is adopted to bear the gravity load, a frame supporting system is adopted laterally, a plurality of horizontal jacks are arranged to adjust the perpendicularity of the fixed steel plate, during construction, the lower half portion of a framework needs to be constructed firstly, the fixed steel plate is placed in place and connected with the jacks, and after perpendicularity adjustment is completed, a top truss is constructed to fix the fixed steel plate; S3, concrete construction is conducted; S4, concrete cooling is conducted; and S5, scaffolds are erected to serve as a base body for bearing constructors. According to the construction method, the construction process control over mass concrete one-time pouring crack control is completed, the effect of a BIM in the construction guiding process and a multi-party cooperation working mode of the BIM and a machining workshop are explored, and a whole set of mature technological process and quality control measures for oversized wind power blade detection test bed structure construction are formed.
本发明提供了风电叶片检测试验台施工方法，属于风电设备领域，包括以下步骤，S1、试验台施工；S2、固定钢板支架施工；采用空间格结构桁架承担其重力荷载，侧向采用框架支撑体系，设置多处水平千斤顶以调节固定钢板的垂直度，施工时，应先施工构架下半部，将固定钢板就位并连接千斤顶，垂直度调节完毕后再进行施工顶部桁架以将固定钢板固定；S3、混凝土施工；S4、混凝土降温；S5、脚手架搭设，作为施工人员承载的基体。本发明完成大体积混凝土一次性浇筑裂缝控制的施工工艺控制，探索BIM在指导施工过程中的作用及与机械加工车间的多方协作的工作模式，形成针对超大风电叶片检测试验台结构施工的整套成熟工艺流程及质量控制措施。
Construction method of wind power blade detection test bench
风电叶片检测试验台施工方法
GUO YAO (author) / GE YAOZONG (author) / ZHOU LIANG (author) / LI YUNPENG (author) / YANG BING (author) / ZHEN ZHI (author) / HOU XINGFU (author) / DONG SANXIA (author) / ZHANG JINGHUI (author) / LIU YONGQI (author)
2021-09-28
Patent
Electronic Resource
Chinese
| European Patent Office | 2024