Frame cylinder buckling support structure and construction method thereof

Abstract

The invention discloses a frame cylinder buckling support structure and a construction method thereof. The frame cylinder buckling support structure comprises a frame, wherein the frame consists of upper and lower frame beams and frame columns; supports are arranged in the frame, and comprise vertical supports and inclined supports; the vertical supports are positioned at the two sides of the frame structure; the inclined supports are rectangular, the strong axis directions thereof are out of a plane formed by the frame, and the weak axis directions thereof are in the plane; and the frame columns, the frame beams, the vertical supports and the inclined supports are fixedly connected through bolts. When the beam columns transfer earthquake force to the inclined supports in the frame, six degrees of freedom of the inclined supports are all restrained, so that the plastic deformation cannot be generated to achieve the buckling restraint effect. Inner and outer wall plates are tightly connected with fireproof and waterproof materials, insulation materials and components, so that the space combination is compact and reasonable, the inner and outer wall plates perform respective functions and are associated with each other, and the convenience incomparable to traditional steel structure buildings is generated for overall safety and construction of building structures.

Description

technical field [0001] The invention relates to the field of steel structure buildings, in particular to a frame tube buckling support structure and a construction method thereof. Background technique [0002] In the field of steel structure buildings, especially in high-rise buildings or super high-rise buildings, in order to increase the lateral force resistance of the building, it is necessary to increase the support between the beams and columns of the peripheral steel structure to resist wind loads and earthquake loads, and to increase the lateral force resistance of the structure. The amount of steel is greatly increased, because each additional level of earthquake is equivalent to a 30-fold increase in energy. [0003] At present, among the lateral force-resistant structures adopted in the world, braces, giant structures, and tube structures are the main ones. After software analysis and calculation and continuous adjustment, the problem of lateral force resistance of...

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Problems solved by technology

[0003] At present, among the lateral force-resistant structures adopted in the world, braces, giant structures, and tube structures are the main ones. After software analysis and calculation and continuous adjustment, the problem of lateral force resistance of buildings has finally been solved, but conventional supports and buckling-constrained supports It also occupies a certain position. Usually, long strip wall panels are hung on the outside of the main frame, which not only increases the thickness, but also further increases the load of the structure, which also causes great inconvenience to the construction.

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