(1)Ensure the stability of all aspects. In the design process of the steel structure, in order to ensure the overall stability of the building, it is necessary to consider this problem with a global vision, set up an overall stability structure, and then ensure the stability of each layout in the steel structure, because the part and the whole are interdependent, so ensuring the stability of the components is to lay a good foundation for the stability of the whole;
(2)Shear force adjustment problem. The problem of shear adjustment is one of the important problems in the stability design of steel structures, because with the improvement of the national economic level, the forms of buildings are diverse, and the frequency of oblique columns or asymmetrical building forms is higher, which puts forward higher requirements for the stability of buildings. The vertical component is simplified into a column, and the oblique member is simplified into a slash, this simplification has a certain role in promoting the design of the building, but in the shear adjustment, it will cause a certain impact, so the adjustment of the shear problem is the best, and the overall stability of the steel structure design can be realized;
(3)Design of strong columns and weak beams. In order to promote the overall stability of the building steel structure, the design concept of strong columns and weak beams can be adopted. The reason for this design is that when the steel structure is facing a large load, plastic hinges need to appear on the beam instead of the column, which can effectively ensure the overall stability of the steel structure and will not appear instantaneous damage. In addition, according to the relevant national standards and norms, the accuracy and scientificity of the design of strong columns and weak beams should be guaranteed.
Post time: Oct-16-2023
