How to calculate the span of steel structure workshop?

The main method of calculating the span of steel structure workshop is the calculation method of positioning axis and precise positioning line. If these two calculation methods are not able to find professional steel structure designers to calculate the span, so as to ensure that the steel structure can be used normally and safely in the construction process.
Construction scheme of steel structure workshop
1. Positioning axis:
The axis of positioning should overlap with the axis of the main grid. Distance between positioning lines (e.g. span, column spacing, floor height, etc.) Should conform to module dimensions to determine the position and height of structures, components, etc. The connection between structural components and plane positioning line should be conducive to the unification and exchange of horizontal components such as beams, plates, roof frames and vertical components such as walls and columns, so that the structural components bear reasonable forces and simplify the structure.
2. Accurate positioning line:
All grid lines except the positioning axis are called precise positioning lines, which can be used to determine the size of modular prefabricated components. The precise grid diagram can choose single axis for precise positioning, double axis for precise positioning or both, which should be determined comprehensively according to the planning and design of steel structure workshop, engineering construction and prefabricated component production and manufacturing standards.
Continuous modular grid can be used for precise positioning of a single axis. When the modular grid needs to add space to create the middle area, the dual axis can be used for accurate positioning. If you want to build a dedicated steel structure plant, you need to invite a designer with professional skills to design and calculate. Generally speaking, the span of steel structure workshop is regular, which can ensure the safe use of steel structure workshop in the post-processing and manufacturing process.