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A platform for research: civil engineering, architecture and urbanism
Steel-wood combined construction method for construction of special-shaped surface bridge formwork
The invention discloses a steel-wood combined construction method for construction of a special-shaped surface bridge formwork, and relates to the technical field of bridge construction methods, which comprises the following steps: S1, construction preparation: determining a proper hoisting site in a material storage yard planning area, ensuring that the site is flat and firm and can bear the load of a crane, and according to the required hoisting capacity and height, constructing a material storage yard; and selecting a proper construction tower crane, assembling and debugging the crane, and classifying, sorting and marking the templates required for hoisting according to the template matching drawing and the template numbers. The steel formwork is hoisted to the position of the linear section, the wood formwork is hoisted to the position of the arc-shaped section, the steel formwork is firmer and more stable compared with the wood formwork, due to the fact that the linear section of a bridge usually needs to bear large load and pressure, higher strength and stability can be provided through the steel formwork, and safety in the construction process is ensured.
本发明公开了用于异性面桥梁模板施工的钢木结合施工方法，涉及桥梁施工方法技术领域，包括以下步骤：S1、施工准备：在材料堆场规划区内确定合适的吊装场地，确保场地平整和坚实，并且能够承受起重机的荷载，根据需要的起重能力和高度，选择合适的施工塔式起重机，并进行起重机的组装和调试，根据配模图和模板编号，将吊装需用到的模板进行分类、整理和标识。本发明通过将钢模板吊装到直线段位置，且将木模板吊装到弧形段位置，钢模板相对于木模板来说更加坚固和稳定，由于桥梁的直线段通常需要承受较大的荷载和压力，使用钢模板可以提供更高的强度和稳定性，确保施工过程中的安全性。
Steel-wood combined construction method for construction of special-shaped surface bridge formwork
The invention discloses a steel-wood combined construction method for construction of a special-shaped surface bridge formwork, and relates to the technical field of bridge construction methods, which comprises the following steps: S1, construction preparation: determining a proper hoisting site in a material storage yard planning area, ensuring that the site is flat and firm and can bear the load of a crane, and according to the required hoisting capacity and height, constructing a material storage yard; and selecting a proper construction tower crane, assembling and debugging the crane, and classifying, sorting and marking the templates required for hoisting according to the template matching drawing and the template numbers. The steel formwork is hoisted to the position of the linear section, the wood formwork is hoisted to the position of the arc-shaped section, the steel formwork is firmer and more stable compared with the wood formwork, due to the fact that the linear section of a bridge usually needs to bear large load and pressure, higher strength and stability can be provided through the steel formwork, and safety in the construction process is ensured.
本发明公开了用于异性面桥梁模板施工的钢木结合施工方法，涉及桥梁施工方法技术领域，包括以下步骤：S1、施工准备：在材料堆场规划区内确定合适的吊装场地，确保场地平整和坚实，并且能够承受起重机的荷载，根据需要的起重能力和高度，选择合适的施工塔式起重机，并进行起重机的组装和调试，根据配模图和模板编号，将吊装需用到的模板进行分类、整理和标识。本发明通过将钢模板吊装到直线段位置，且将木模板吊装到弧形段位置，钢模板相对于木模板来说更加坚固和稳定，由于桥梁的直线段通常需要承受较大的荷载和压力，使用钢模板可以提供更高的强度和稳定性，确保施工过程中的安全性。
Steel-wood combined construction method for construction of special-shaped surface bridge formwork
用于异性面桥梁模板施工的钢木结合施工方法
2024-01-19
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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