Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Splicing construction process for hangar steel structure
The invention discloses a hangar steel structure assembly construction process, which realizes a comprehensive installation method of a large-span welded ball net rack, a three-surface support structure as a frame column, ground assembly and one-time integral lifting in construction. The net rack span is large, the control difficulty for improving synchronism is large, mature technical application is used, and the problem of improving synchronism of the large-span net rack is solved. The structure is reasonably reinforced through accurate calculation by using professional calculation software, so that the requirements of a net rack design specification, a construction quality acceptance specification and the self-strength, rigidity and stability of the net rack are met; one-time overall lifting is achieved, multi-point and multi-face line production can be formed, engineering installation precision control is facilitated, synchronous control overall lifting can be effectively achieved, the number of rear folding installation components can be reduced to the maximum extent, the upper anchor point position and the lower anchor point position of a roof steel structure are lifted, and reinforcing construction is conducted; measurement and control of installation precision in the assembling and lifting process of the large roof steel structure are achieved.
本发明公开了一种机库钢结构拼装施工工艺，实现大跨度焊接球网架，三面支撑结构为框架柱，施工采用：地面拼装、一次性整体提升的综合安装方法；网架跨度大，提升同步性控制难度大，本发明专利使用成熟的技术应用，解决了大跨度网架提升同步性的问题。使用用专业计算软件，经过精确的计算，对结构进行合理的加固，满足网架设计规范，施工质量验收规范以及网架自身强度、刚度、稳定性方面的要求；实现一次整体提升，可以形成多点、多面流水作业，有利于工程安装精度控制，可有效解决同步控制整体提升，最大程度减少后合拢安装构件的数量，对屋盖钢结构提升上、下锚点位置以及加固施工，实现对大屋盖钢结构拼装与提升过程中安装精度的测控。
Splicing construction process for hangar steel structure
The invention discloses a hangar steel structure assembly construction process, which realizes a comprehensive installation method of a large-span welded ball net rack, a three-surface support structure as a frame column, ground assembly and one-time integral lifting in construction. The net rack span is large, the control difficulty for improving synchronism is large, mature technical application is used, and the problem of improving synchronism of the large-span net rack is solved. The structure is reasonably reinforced through accurate calculation by using professional calculation software, so that the requirements of a net rack design specification, a construction quality acceptance specification and the self-strength, rigidity and stability of the net rack are met; one-time overall lifting is achieved, multi-point and multi-face line production can be formed, engineering installation precision control is facilitated, synchronous control overall lifting can be effectively achieved, the number of rear folding installation components can be reduced to the maximum extent, the upper anchor point position and the lower anchor point position of a roof steel structure are lifted, and reinforcing construction is conducted; measurement and control of installation precision in the assembling and lifting process of the large roof steel structure are achieved.
本发明公开了一种机库钢结构拼装施工工艺，实现大跨度焊接球网架，三面支撑结构为框架柱，施工采用：地面拼装、一次性整体提升的综合安装方法；网架跨度大，提升同步性控制难度大，本发明专利使用成熟的技术应用，解决了大跨度网架提升同步性的问题。使用用专业计算软件，经过精确的计算，对结构进行合理的加固，满足网架设计规范，施工质量验收规范以及网架自身强度、刚度、稳定性方面的要求；实现一次整体提升，可以形成多点、多面流水作业，有利于工程安装精度控制，可有效解决同步控制整体提升，最大程度减少后合拢安装构件的数量，对屋盖钢结构提升上、下锚点位置以及加固施工，实现对大屋盖钢结构拼装与提升过程中安装精度的测控。
Splicing construction process for hangar steel structure
一种机库钢结构拼装施工工艺
CHEN RUI (Autor:in) / WANG YANCHAO (Autor:in) / LU HAO (Autor:in) / SUN JIAKUAN (Autor:in) / MENG WEI (Autor:in) / YUAN SHUO (Autor:in) / DING MENGMENG (Autor:in) / BI YU (Autor:in) / WANG PING (Autor:in)
29.08.2023
Patent
Elektronische Ressource
Chinesisch
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