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The principle of the sliding process is mainly to use the sliding system to use external force to overcome the friction generated by the self-weight of the space frame and the track when sliding, and to continuously move the assembled space frame from the operating platform to the other end.
The procedure for space frame assembly is: install the lower chord plane space frame → install the upper chord inverted triangular space frame→ install the lower chord regular triangular space frame → adjust and fasten.
With the continuous advancement of science and technology, the space frame structure is being widely used in the booming construction industry, in public buildings such as airports, waiting halls, gymnasiums, etc., and in industrial plants such as turbine rooms and dry coal sheds in power plants widely used. The space frame structure has the characteristics of large span, light weight, convenient construction and beautiful appearance.
The space frame structure system (space frame shell) has the mechanical characteristics of super static, high stiffness and small deformation, which basically does not lead to the situation that the bolts cannot be installed when there is only self-weight and no other load.
The steel structure system of the cliny library edge has gone through the development process from the central cylinder to the free center of the art -bar, from the truss system to the space frame system.
In recent years, the space frame structure in the power plant steam engine housing surface structure began to be used. Flat plate space frame structure for three-dimensional space force system many times super static structure, stiffness, small deformation, good overall performance of the structure, its efficient force performance in the large span, large space structure fully reflected.
BIM technology meets the development trend of different architectural shapes in the future, reasonably integrates BIM technology with the existing cutting-edge technology and advanced equipment of steel structure, improves the precision, develops new ideas, innovative construction, and intelligent construction, which is conducive to promoting the construction industry flourishing.
The characteristics of steel structure construction are usually long construction period, large number of parts, complex manufacturing process and high design error. During the construction of the project, there are very strict requirements on the overall accuracy of the construction.
With the marketization of the economy, people pay more and more attention to the quality and appearance of buildings, and construction engineering enterprises are facing a severe test.
China's construction industry has developed rapidly in recent years, and at the same time, industry competition has become more and more fierce, the market environment has become more complex, the source of building construction materials has become wider, and the building structure has become more diversified.
Through the practice of different lifting schemes for three maintenance hangar space frames, this paper summarizes and extracts the scope of application and advantages and disadvantages of different hangar space frame lifting schemes, and proposes that the in-situ lifting space frame should be used first under the condition of technical strength.
The roof of the maintenance hangar often adopts a spherical space frame structure, and a multi-layer truss structure is used at the warehouse door. Construction requirements often have the characteristics of large span, high height, small deformation requirements, and difficult construction.
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2023-10-25
