Building construction wind resistant

From a practical review, perhaps it can be stated that buildings and construction materials are exposed to the most severe environments on earth, particularity when the long time factor is included. The environments include such conditions as temperature, ultraviolet, wind, snow, corrosion, hail, wear and tear, etc. Basically the following inherent potentials continue to be realized in different plastics ease of maintenance, light weight, flexibility of component design, combine with other materials, corrosion/abrasion/weather resistance, variety of colors and decorative appearance, multiplicity of form, ease of fabrication by mass production techniques, and total cost advantages (combinations of base materials, manufacture and installation). 

The resistance of fibre-enhanced polymers to salts and acids has, however, kept them in active use in technical buildings. Silos and large halls are quite often raised using these materials. In the meantime, the industry has been able to gather a great deal of knowledge and experience through the construction of turbine blades for wind farms and the establishment of this technique in boat and yacht construction, as well as in the automobile, aeronautics and aerospace industries. 

Nonwovens are seldom used for permanent load-carrying constructions, but are typically used as insulating material. A special spunbonded polyster nonwoven is used in large quantities for wind and water resistant breathable membranes in building applications. 

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