Multifunctional sharing of tensile membrane structure

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Source:上海示一膜结构有限公司 Time:2020-12-02 Click:

The editor of Shows A Membrane Structure believes that many friends have already understood the structure of tensioned membranes. The editor of Shows A has also introduced the structure of tensioned membranes to varying degrees. Stadiums, commercial streets, schools, etc. all have the shadow of the tensile membrane structure. Today I will share the multi-functionality of the tensile membrane structure.

1. Highly expressive architectural form: buildings with specific functions can be expressed through conception. The unique shape of the tensile membrane structure reflects the natural beauty of the building itself. These architectural forms themselves and the traditional buildings that are in harmony with them constitute an interesting landmark on the ground. The excellent membrane structure design is an organic fusion of structure and shape, making it stand out, and at the same time organically integrated with the natural environment, history and modern urban landscape. The light structure can be regarded as a large-scale sculpture, which can add vitality to the surrounding space and become the supplement and focus of the surrounding environment.

2. Resist the influence of weather: An important function of membrane roof is to resist the influence of various weather changes (such as the sun, rain, wind and snow, etc.) on its internal space and maintain the comfort of the building. When choosing the form and material of the membrane surface, all possible weather conditions should be considered, and passive methods such as the building itself should be used as much as possible to reduce energy consumption. The porous membrane material can be used as a shielding structure. It can control the transmission and reflection of light, make the room have scattered light, and promote natural ventilation, make the roof temperature the same as the temperature of the surrounding environment, and avoid downward heat radiation. In order to withstand wind and snow, the shape of the membrane surface should make drainage smooth and quick, and avoid the formation of water pockets or snow accumulation on it. In the installation and forming stage before prestressing, the tensile membrane structure is very sensitive to these loads. In order to drain the rainwater, the membrane material and joints must be sealed and waterproof, and the edge of the membrane must be specially designed to prevent rainwater from entering the room.

3. Mobility and Temporary: Another outstanding advantage compared with other structures is that the light-weight structure has adjustable impact on the environment. In addition, it has two important characteristics, namely mobility and flexibility. The structure can be repeatedly dismantled and constructed at different locations, which is the mobility of the tensioned membrane structure. It combines nomadic and settled architecture. The softness of the membrane makes it easy to transport, easy to build quickly, and takes up very little space when not in use. This feature makes the membrane structure very suitable for temporary mobile construction, especially when a sudden disaster or emergency situation needs to provide shelter for a large number of people in a short time. On the other hand, the movable membrane structure not only has the comfort comparable to that of permanent buildings, it also introduces a new concept in the construction industry, which is to separate the ownership of houses from the ownership of land. The building is no longer immovable, but movable. This kind of mobility and reusability is of great significance for accelerating the development of modern cities and the transformation of architectural functions in some special fields.

4. Deployability and adaptability: Deployable structure can be regarded as a man-made adaptive system. Like many natural organisms, it can change its form as needed. Their spatial arrangement and response to weather changes are flexible and adaptive. Active energy saving can be achieved by controlling natural light and internal temperature charging. The expandable structure can be open or closed, and its flexibility allows it to change the properties of the space. The elegant sliding of the carefully designed deployable roof embodies the harmony between man and nature. It is called a kind of creation, and the full combination of light weight and malleability forms the concept of "no construction house". This structure can be realized at any time or place required.

The original text is compiled from Shanghai Shows A Membrane Structure Co., Ltd.

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