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With the advancement of construction technology and the development of economic construction, more and more long-span and special-shaped structures are applied to large public buildings and industrial buildings. In order to meet the requirements of building function and structural safety , such buildings generally adopt spatial structural systems such as pipe trusses, string beams, and space frames.
Reasonable node design has a direct impact on the safety performance, fabrication and installation, project progress and project cost of the space frame structure.
The space frame structure belongs to a branch of the space structure. It is a space structure composed of multiple rods connected through nodes according to certain rules. It can give full play to the advantages of three-dimensional force transmission in space, and is especially suitable for long-span buildings.
At present, the high-altitude loose assembly method is one of the most commonly used construction and installation methods for space steel structures. According to the loose assembly components, it is mainly divided into the high-altitude bulk flow installation method and the high-altitude block flow installation method.
With the rapid development of economy and technology, space steel structures are characterized by complex forces, diverse structural forms, and large spans, and their design theory and construction technology need to be further studied.
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