What are the design requirements for steel structure workshops?

What are the design requirements for steel structure workshops?

In recent years, with the rapid development of my country's industry, many areas have begun to use steel structure workshops, and the demand for workshop construction has continued to increase, and people have put forward higher requirements for workshop construction. Under the new industrial development situation, it is necessary not only to meet the basic functions of the steel structure workshop, but also to have sufficient safety and adaptability to the production environment. Strengthening the design of the plant foundation is very valuable. So, what are the design requirements for steel structure workshops? What are the characteristics of steel structure materials? Let's take a look at the container house editor!

1. What are the design requirements for steel structure workshops?

1. Load bearing

The steel structure workshop is under construction load, rainwater, dust, snow pressure and maintenance load.

The load-bearing performance of the metal roof panel is related to the section characteristics of the plate type, the strength and thickness of the material, the force transmission method, and the spacing of the purlins (sub-purlins).

2. Lighting

The building area of ​​the steel structure workshop is generally relatively large, and the skylight is used for indoor lighting during the day to save energy.

When arranging lighting panels or lighting glass at specific positions on the metal roof, the service life of the skylight should be considered in coordination with the metal roof panel, and the connection between the skylight and the metal roof panel should be properly treated.

3. Fireproof

Fire is a major hidden danger in the use of steel structure workshops. When a fire occurs in a steel structure workshop, the metal roof material will not burn, and the flame will not penetrate the metal roof panel.

4. Design drawings

The importance of the design drawings of the steel structure workshop, when organizing the construction, the professionals should conduct a joint review of the drawings to check the mistakes, omissions, touches, and lack of the construction drawings.

5. Design of support system

For the design of the support system of the steel structure workshop, in order to ensure the space work of the steel structure workshop, improve its overall rigidity, bear and transmit the longitudinal horizontal force, prevent excessive deformation of the rod, avoid the instability of the pressure rod, and ensure the overall structure of the structure. stability.

6. Increase the base weight

In the case of the internal force of the column bottom and the size of the foundation, increasing the pressure is a better measure to reduce the eccentric distance. The following two methods can be adopted:

(1) Brick walls are set at the bottom of the factory building: generally, the bottom of the factory building is a 1.0-1.5m high brick wall, and its weight is transferred to the foundation through the foundation beam;

(2) Increase the buried depth of the foundation: increase the weight above the bottom surface of the foundation, which is beneficial to reduce the eccentric distance.

7. Roof vent settings

The roof fan outlet is recommended to be set close to the roof ridge to facilitate additional color plate flashing at the opening. Part of the lighting belt can be raised by local purlins, and the color board can be turned over to form a partial height difference of the color board to avoid rainwater leakage at the connection parts of different materials.

Second, the characteristics of steel structure materials

At present, many manufacturers like to build factories with steel structures. Steel structures are mainly made of steel and are one of the main types of building structures.

The characteristics of steel structure are high strength, light weight, good overall rigidity and strong deformation ability, so it is especially suitable for the construction of large-span, super-high and super-heavy buildings. The material has good homogeneity and isotropy, and is ideal elasticity. It is the most consistent with the basic assumptions of general engineering mechanics.

Steel structure materials have good plasticity and toughness, can have large deformation, can withstand dynamic loads well, have a short construction period, have a high degree of industrialization, and can carry out specialized production with a high degree of mechanization.

High-strength steel should be studied for steel structures to greatly improve its yield point strength. In addition, new types of steel, such as H-beam (also known as wide-flange steel), T-shaped steel and profiled steel, should be rolled to adapt to large spans Structural and supertall building needs.

The above is the whole content of 'What are the design requirements for steel structure workshops?', if you still have questions about container houses and residential container houses, please consult the online customer service of container houses, or call directly for consultation!

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