The ‘Tensile Membrane Structure’ is the term used for the construction of roofs. It is basically the type of structure that is carrying only tension, bending, or eliminating compression. Most of these structures are supported by the form of bending or compression elements. These structures are the most common type of ‘thin-shell’ structures. Today, tensile structure manufacturers offer options that are attractive and economical. These structures can also be used in sports facilities, storage buildings, warehousing, exhibition venues, etc.
Classification of Tensile Construction Systems
There are three main classifications of this system and they are:
- Membrane Tensioned Structures
- Mesh Tensioned
- Pneumatic Structures
The first one is related to the structures in which membranes are held by cables, allowing proper distribution of the tensile. The second one has corresponded to the structures in which meshes of cables carry the intrinsic forces, moving them to separate elements. The last case is a protective membrane that is supported through air pressure.
Different Types of Tensile Membrane Materials
Before we talk about the types, let us have a look at the types of fibers or materials used by the leading tensile structure manufacturers:
- PTFF Coated Class Cloth: This material is used to create tensile fabric structures
- PVC Coated Polyester: This material can be an outstanding choice for temporary as well as permanent fabric structures
- ETFF: It is more of a film than fabric and it is mostly used as an alternative to structural glass. ETFF is a great choice if thermal insulation is the topmost priority of your project
Now, check out the following types of structures for tensile car parking in Delhi and others:
- Linear Tensile Structures: These are the structures in which every member is in linear tensile forces. These members are also supported by the compression members but the main loads are carried out by the tensile members only.
- 3D Tensile Structures: 3-dimensional tensile structures are a compilation of various elements that are majorly in tension with the compression being moved to a central mast and down to the ground. This type of structure can be seen at the sports arenas.
- Surface-Stressed Tensile Structures: These are as similar as the two types that are mentioned above but the surface members are stress-bearing members. If you want to see the finest example of surface-stressed tensile structures, then check out the fabric tensile structures.
Benefits of Tensile Structures
People all around the world have discovered the benefits of tensile structures. Whether you are looking for a structure to make the athletic fields suitable for different yet round-the-year competition or an entertainment venue like an amphitheater with walkway coverage for visitors, a tensile structure is the best solution. Apart from this, some more benefits have been discussed here:
- By using the right construction methodologies for tensile structures, the installation process can become faster and affordable in comparison to traditional projects of construction.
- Because of the transparency associated with almost all the fabric options and tensile fabric building structure that provide you with an abundance of the daytime light under to make it more comfortable and inviting space
- In addition to being lighter and weather-proof, it offers advantages like protection from UV rays.
- Due to its unique and flexible characteristics, these membrane structures allow designers, engineers, and architectures to experiment with things so that they can create visually appealing and iconic structures
- While looking to cover larger areas, you must consider the light-weighted membrane as they are a cost-effective and ideal solution for such applications
Closing Remarks
These structures can be created, analyzed, and erected in various shapes or forms we need. It provides you with extra space so that your designers can experiment and create something amazing. However, you must contact a trusted and leading tensile structure manufacturer to get cost-effective yet aesthetically pleasing end-products.
