Membrane structure landscape Also known as fabric structure, it uses soft fabrics with excellent performance as materials, supports the membrane surface by internal air pressure, or uses flexible cables and rigid support structures to generate a certain preload on the membrane surface, thus forming a new spatial structure system with a certain stiffness and can cover large spaces. Membrane structures can generally be divided into air supporting membrane structures (i.e. inflatable membrane structures), tensioned membrane structures and skeleton supporting membrane structures. They have different structural characteristics, architectural manifestations, and habits of different applications.
The steel supported anti hanging fluorocarbon fiber membrane structure is a new type of structure specially developed for sewage tank capping. Corrosion resistant fluorocarbon fiber membrane is selected as the covering material, and the corrosive environment of the sewage tank is used to by anti hanging. There are many different types of membrane structures. Today, let's talk about the types of membrane structures that can be classified according to their structures. Literally, the membrane is covered on the skeleton, just like the traditional skill of building houses. When building roofs, we usually put up the approximate frames first.
Then the tiles are laid up according to certain rules. This structure is a common structure, because its operation difficulty is very low, and the quotation is also very cheap. The name shows that its tension is very good, so it can satisfy the demands of various skills to the greatest extent, but its quotation is a little more expensive than the skeleton membrane structure. The manufacturer of the breaking hammer told us that, The other is the inflatable membrane structure. Its initial condition is very small. After installation, pump air into it.
The load analysis of membrane structure is based on the shape and initial stress distribution obtained from shape analysis, and the process of checking whether the strength and stiffness of the structure under various load combinations meet the predetermined requirements. The load analysis of membrane structure basically adopts nonlinear finite element method, that is, the structure is discrete into elements and nodes, the elements are connected with each other through nodes, and the external load acts on the nodes. After establishing the balance equation of the nodes, the solution is obtained.
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