Membrane structure parking shelters are undoubtedly familiar to many, as they are scattered across urban residential areas, factories, tourist attractions, and many other places, visible everywhere. So, what should be taken into account when installing a membrane structure parking shelter? Let's find out together:

One, the structural design is rational.

The usage of steel structure component models, defining boundaries, pinpointing columns, and positioning membrane nodes are all crucial. Ensure the drawings are completely accurate before transferring them to the construction party. Adhere to the drawings during actual operations. If changes arise due to environmental factors, ensure the nodes are securely fastened to maintain overall stability.

The foundation must be solid.

The pillars of the membrane structure parking canopy are securely welded to the embedment pieces using 10mm thick steel plates. After embedding the pieces in concrete during canopy installation, they are connected to the pillars with bolts, offering high wind resistance and enhancing the overall stability of the canopy.

III. Lifespan Issues

Corrosion protection measures must be reliable for metal connectors, and the impact of node construction eccentricity on cables and membrane materials must be considered. The method of applying pre-tension, allowable deviations in structural installation, and the possibility of secondary tensioning should also be taken into account. High water tightness should be maintained at the membrane material connection points, and certain structural measures should be taken to prevent wear and tear of the membrane materials. There should be no burrs, sharp angles, or points at the connection between the supporting components and the membrane materials.

Section 4: Installation Safety Issues

For membrane structure engineering installations, it is crucial to consider weather conditions carefully. For instance, when there is a strong wind or heavy rainfall, construction work should be halted and resumed only when the weather is clear. High winds can cause membrane surfaces and underlying supports to sway, affecting both the construction process and the outcome, as well as the safety of workers. Additionally, heavy rainfall can easily lead to precipitation accumulating on the membrane surface.