In the early stages of construction, priority should be given to fixing the edge nodes of the membrane cloth, forming a stable load-bearing frame through edge constraints, and then gradually tensioning it towards the central area.
This systematic, integrated approach enables light steel structures to achieve rapid construction while maintaining energy efficiency and quality of use, truly unifying industrial aesthetics with practical performance.
As an efficient spatial structural system, grid structure engineering, with its superior load-bearing capacity and flexible design, has been widely applied in such large-span public buildings.
With the acceleration of urbanization and the diversification of public infrastructure needs, parking shed membrane structures are gaining widespread attention as a lightweight, efficient, and aesthetically pleasing architectural form.
Aluminum-magnesium-manganese alloy plate has a low thermal conductivity, which means that it can effectively prevent heat from being transferred through the wall.
With the development of construction technology, large-span sports center gymnasium has been widely used in many large public buildings due to its high strength, large span and flexible design adaptability.
