The use of steel structure plant is more and more extensive, and standards must be strictly observed in the design and construction process to ensure the safety of the building. Before construction, it is necessary to carry out sufficient design and preparation work, including sufficient investigation and analysis of the geographical location, geological conditions and climatic conditions of the plant to ensure that the design and construction of the plant are in line with standards.
The design of the steel structure plant is load-bearing standards, and the load and layer cannot be increased at will, nor can the use function be changed at will. This is because too much load and too long vibration time may cause damage to the structure of the plant, resulting in safety accidents. Therefore, in the process of using the steel structure plant, the bearing capacity of the plant must be tested to ensure that the plant can withstand much load, whether the plant is safe at this stage, and whether it can continue to be used normally under excessive load and vibration in the future.
Vibration is also an important factor to be considered in the design of steel structure plant. If there is too much vibration equipment in the plant and the vibration time is too long, it is not only necessary to do the load bearing test of the plant, but also to do the safety test of the plant. This is because excessive vibration may cause the structure of the plant to loosen, the wall to crack, and may even cause safety accidents. Therefore, in the design and construction process of steel structure plant, we must take into account the vibration of the equipment, and take corresponding measures to reduce the impact of vibration on the plant structure.
