The manufacturing principle of membrane structure is to ensure its beauty and strong durability, which is mainly reflected in its own characteristics.
However, the membrane structures displayed in front of us are very artistic. This art is due to cutting. When manufacturers produce membrane structures, they do not produce membrane structures or have various shapes, but they are all cut by human craftsmanship. I believe that membrane structure will be more and more widely used in the future life.
With the development of membrane structure scene building device skills, design numerical analysis theory and methods, membrane structure scene system is evolving and upgrading, including inflatable membrane, tension membrane and new membrane structure system. Membrane structure landscape
Air supported inflatable membrane: In 1917, W. Lanehester, an Englishman, invented an inflatable membrane to build a roof as a field hospital. This is a roof system with convenient installation and economic cost, which was built as a modern membrane structure, but he did not build it himself.
In 1946, Walter Bird, an American, made the first modern inflatable membrane structure DopplerRadome with a diameter of 15 meters and a height of 18.3 meters, using glass fiber based neoprene as the coating material. From 1950 to 1970, many similar domes with a diameter of 60 mt were made in the United States, Germany and other places.
The light and unique membrane structure is used to make all kinds of semi closed and fully closed spaces, so that the construction space formed by it can provide a weather proof, sun proof and other artificial environments, and has a good sign attraction. Therefore, it is a choice for square reconstruction and new construction. Some users wear colorful clothes on the membrane structure of their devices. At the beginning, they feel fresh and beautiful. After a long time, they are more and more tired of seeing it. The simple style is simple and enduring.
In the world of light, white is full color, but it is also the color that can give people many inspirations and popular. In the device of membrane structure scene, if you want to use color to win, the simple way is to use this simple tone to cover up many shortcomings.
In 1970, the World Expo in Osaka, Japan provided an opportunity for the development of the membrane structure scene. Due to frequent earthquakes in Japan, most of the exhibition halls are located on soft soil foundation, so the exhibition hall should adopt light structural system. A large span, low profile (small height) air support membrane is designed by David Gai at the head of the USA Pavilion. The plane is an ellipse of 13978m, and the membrane is Grade B.
Protection and maintenance of membrane structure engineering. The surface of the membrane material shall not be touched by knives and sharp tools to avoid scratching and abrading the surface of the membrane material. Once the membrane material is found to be scratched, severely abraded and other phenomena, effective measures should be taken in time to avoid more severe abrasions, and the manufacturer should be informed to send people to repair together. The steel component surface should not be impacted and scratched by hard objects, and should not touch various acidic, alkaline and organic solvents.
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