When building steel structure factories in coastal areas, there are several precautions that should be taken into consideration to ensure safety and durability of the structure. Some of these precautions include:
- Corrosion protection: Coastal areas are more susceptible to corrosion due to the presence of salt and moisture in the air. Therefore, it is important to use materials that are resistant to corrosion such as stainless steel or galvanized steel. Additionally, coatings or paints with anti-corrosion properties should be applied to the steel structure.
- Wind resistance: Coastal areas are also prone to strong winds, which can cause damage to the structure. The steel structure should be designed and constructed to withstand high wind loads. Wind load calculations should be performed by a qualified engineer to determine the appropriate design.
- Foundation design: The foundation of the steel structure should be designed to resist the effects of soil erosion, which is common in coastal areas. Soil investigation should be conducted to determine the type of foundation suitable for the area.
- Flood protection: Coastal areas are prone to flooding, which can cause damage to the structure and equipment. Adequate flood protection measures such as levees, flood walls or raised floors should be incorporated into the design.
- Saltwater protection: Saltwater can damage the electrical and mechanical equipment installed in the factory. Therefore, it is important to use equipment that is designed for marine environments or use protective coatings and coverings to prevent corrosion.
- Maintenance: Regular maintenance is necessary to ensure that the steel structure and equipment remain in good condition. This includes cleaning, inspection, and repair of any damage caused by corrosion, wind, or flooding.
In summary, building steel structure factories in coastal areas requires careful consideration of the environmental conditions and the use of appropriate materials and design techniques to ensure safety and durability of the structure. It is recommended to consult with a qualified engineer to ensure that all necessary precautions are taken.
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The precast steel structure workshop building must meet the three functions of safety, applicability and durability (usually referred to as reliability), that is, the steel structure supplier can bear all kinds of functions which may occur in normal construction and normal use; Having good working performance in normal use; having sufficient durability under normal maintenance, etc.
Steel structures or parts of steel structures that exceed a particular state may not meet a function specified in the design, This particular state is defined as the limit state of the function.More information you can click：SBS steel buildingThere are two kinds of limit states, one is the limit state of carrying capacity of precast steel structure workshop building, The other is the normal use limit state of the precast steel workshop building.
The former describes the various conditions in which the structure can no longer be used due to the loss of its safety function.
The latter describes conditions in which the structure is difficult to use because it does not meet the requirements of serviceability or durability.For the limit state of bearing capacity, more and more studies are carried out at home and abroad, which results in the international standard structure reflect more fully.
In contrast, normal use limit state because of its complexity, the research work has not much progress.
At present, domestic steel factories are all actively, step by step application of high-strength steel structure, so there are some components controlled by safety design possibilities to the applicability of control design.
