Industrial Storage Shed Designs for Steel Structure Workshop Built

Metal Structure Building
1. The role of the inter-column support: to ensure the overall stability and longitudinal stiffness of the factory building frame; as a lateral support for the column to determine the calculated length of the column outside the frame plane; to withstand sharp longitudinal horizontal loads from the factory building, mainly wind loads
Design principle: When using crisscrossed round steel as a flexible support, the principle is that the round steel must be tightened (the degree of tightening of the round steel is subject to a certain stiffness outside the plane) so that it can truly transmit longitudinal horizontal forces. Of course , if it is not tensioned, this will affect the overall stiffness and stability of the structure; as for how many supports are installed in a structural unit, it is determined by the longitudinal horizontal force, steel bar diameter and layout principle; the size of the round steel is determined by the load borne by the support , one thing to be clear is that the specification has no limit on the slenderness ratio of tensioned round steel (there is no need to check the slenderness ratio, as long as the tensile bearing capacity is met)

5. Liang
Components that are supported by bearings and bear mainly lateral forces and shear forces, and whose main deformation is bending, are called beams.
1. From the functional point of view, there are structural beams, such as foundation beams and frame beams (frame beams (KL) refer to beams that are connected to frame columns (KZ) at both ends, or are connected to shear walls at both ends but have a span-to-height ratio of Beams of not less than 5m, etc., together with vertical components such as columns and load-bearing walls, form a spatial structure system; there are structural beams, such as ring beams, lintels, connecting beams, etc., which serve as crack-resistant, earthquake-resistant, and stable structures. sexual effect. (Tie beams are tie beams that connect structural members. Their function is to increase the integrity of the structure. Tie beams mainly play the role of connecting single frames to increase the lateral or longitudinal stiffness of the building. In addition to tie beams, It will not bear other loads except its own gravity load and the load of the upper partition wall).
2. According to the cross-section form, beams can be divided into: rectangular cross-section beams, T-shaped cross-section beams, cross-shaped cross-section beams, I-shaped cross-section beams, U-shaped cross-section beams, slotted cross-section beams, and irregular cross-section beams.
3. Beams can be divided into: roof beams, floor beams, underground frame beams, and foundation beams according to their location in different parts of the house. (Roof beams refer to the main structural components in the roof structure that bear the pressure from purlins and roof panels.)
6. Purlins:
The main purlins are connected and installed on the roof and exterior wall structural columns and beams, and the secondary purlins are used to connect the roof panels and exterior wall panels to the basic structure. Modern steel structure buildings generally use C/Z-shaped steel. Z-shaped steel is used as the purlin of the house, which has better bearing capacity and is an internal support component of the steel structure. The main purlins are connected and installed on the roof and exterior wall structural columns and beams, and the secondary purlins are used for Attach roofing and siding panels to the base structure.
7. Purlin support:
Setting up purlin supports at the ends of simply supported purlins or at the overlaps of continuous purlins can effectively prevent the purlins from tilting or twisting at the supports. Purlin supports are often made of angle steel or steel plates. The height of the vertical plates is about 3/4 of the height, and they are connected to the purlins with bolts.