Nowadays, steel structural engineering is very popular in both commerce and industry. In fact, there are too many reasons to give priority to steel structure engineering to meet its commercial or manufacturing needs. Why is steel structure engineering so popular? It is inseparable from these...
Nowadays, steel structural engineering is very popular in both commerce and industry. In fact, there are too many reasons to give priority to steel structure engineering to meet its commercial or manufacturing needs. Why is steel structure engineering so popular? It is inseparable from these three aspects.
How to choose a suitable frame according to the use of steel structural engineering buildings.
Source: | author: Chongqing steel structure factory building | release time: 2021-05-17 | 21 visits.
One of the important factors that the frame needs to consider when planning the layout of the steel structure project, how to choose the appropriate frame according to the use of the engineering building? The following is a summary of the relevant knowledge of all kinds of steel frames, hoping to be helpful.
1. Net span frame steel structural engineering building.
In the absence of internal supporting columns, a gap-free span frame can provide the required and desired open space. Empty span structures are commonly used in steel hangars, gymnasium facilities, manufacturing plants and warehouses. This open frame space allows large objects, such as aircraft and machinery, to move without interference. Its clear span frame is as durable as other frames, and the advantages of open floor plans make it a good choice.
2. Construction of multi-span frame project.
For large-scale engineering buildings, the obvious cost-effective choice is the engineering buildings with multi-span frame structures. Multi-span frame structures are very common in factories, large commercial spaces and production facilities. Unlike single-span frames, multi-spans can safely support heavier frame structures and their increased weight. In addition to the internal pillars that provide support, they also distribute the weight of the engineering building evenly. This option can reduce the cost of large engineering buildings, especially those with a width of nearly 30 meters.
3. Slope frame engineering construction.
The single-slope frame project building tilts in one direction, and you may have seen such a building frame built on a small storage facility or shopping mall. They are both practical and efficient, and help to reduce the energy consumption cost of indoor heating and cooling, which makes them an economic choice for owners.
4. Auxiliary frame.
The auxiliary framework can make the framework really meet your needs, and if you need to provide cover for the entrance to the engineering building, you can choose a slope. If you need to make a stage or balcony for the height of the building, you can plan a steel interlayer. You can even design additional support for cranes, air conditioners and sprinkler systems. For example, distribution, warehousing and manufacturing facilities need to be involved.
5. Main framework.
The main frame is a combination of rafters and columns that support secondary frame members, transversely from one side of the engineering building to the other, and transfers the load directly to the foundation. According to the requirements of the steel structure project under construction, the main frame components can be "hot rolled" by extrusion of molten steel or "combined" welded steel plate, depending on the requirements of the steel structure project being built.
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