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Deflection control method for arched bolt ball reticulated shell structure of hanging operation equipment
The invention relates to a deflection control method for an arched bolt ball reticulated shell structure of hanging operation equipment. The method is characterized by adopting a construction processof starting from a gable wall, forming an L-shaped stable structure and then expanding and extending in the longitudinal direction and the transverse direction of a support part, and can be used for effectively reducing the structural deflection, improving the quality of the reticulated shell structure, and enabling the deflection range of the reticulated shell structure to be within the allowablerange of equipment installation and operation. According to the construction method, the problem that the deflection range of the reticulated shell structure cannot meet the equipment installation requirement is solved.
一种吊挂运行设备拱形螺栓球网壳结构挠度控制方法，其特点是采用山墙起步，形成L型稳定结构后由支座部位纵向、横向两个方向扩展延伸的施工工艺，该方法可有效减小结构挠度，提升网壳结构的质量，使网壳结构的挠度范围在设备安装、运行的许可范围内。从施工方法上，解决网壳结构挠度范围无法满足设备安装需要的问题。
Deflection control method for arched bolt ball reticulated shell structure of hanging operation equipment
The invention relates to a deflection control method for an arched bolt ball reticulated shell structure of hanging operation equipment. The method is characterized by adopting a construction processof starting from a gable wall, forming an L-shaped stable structure and then expanding and extending in the longitudinal direction and the transverse direction of a support part, and can be used for effectively reducing the structural deflection, improving the quality of the reticulated shell structure, and enabling the deflection range of the reticulated shell structure to be within the allowablerange of equipment installation and operation. According to the construction method, the problem that the deflection range of the reticulated shell structure cannot meet the equipment installation requirement is solved.
一种吊挂运行设备拱形螺栓球网壳结构挠度控制方法，其特点是采用山墙起步，形成L型稳定结构后由支座部位纵向、横向两个方向扩展延伸的施工工艺，该方法可有效减小结构挠度，提升网壳结构的质量，使网壳结构的挠度范围在设备安装、运行的许可范围内。从施工方法上，解决网壳结构挠度范围无法满足设备安装需要的问题。
Deflection control method for arched bolt ball reticulated shell structure of hanging operation equipment
一种吊挂运行设备拱形螺栓球网壳结构挠度控制方法
LIANG ZHONGLING (author)
2020-11-03
Patent
Electronic Resource
Chinese
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