Typhoon-proof high-rise building

Abstract

The invention provides a typhoon-proof high-rise building which comprises a building main body formed by concrete and rebars, wherein the building main body is in a cylindrical shape, continuous spiral wind guiding eaves are made on the periphery of the building main body from top to bottom, the spiral wind guiding eaves are formed by the concrete and the rebars, the periphery of the building main body is a smooth surface, the surfaces of the spiral wind guiding eaves are in a wind stressed structure, and therefore resistance of the spiral wind guiding eaves to wind flow is improved, a large amount of wind power is consumed on the spiral wind guiding eaves, wind resistant capability of the high-rise building can be improved through structural improvement of the typhoon-proof high-rise building on the basis of saving building materials as far as possible.

Description

Technical field [0001] The invention relates to a building structure, in particular to a typhoon-resistant high-rise building, which includes concrete and its steel bar structure. Background technique [0002] In recent years, natural disasters have occurred frequently, and the requirements for disaster prevention of buildings, especially high-rise buildings, are getting higher and higher, which are mainly reflected in: earthquake resistance, wind resistance, lightning protection, etc. Among them, for earthquake resistance and lightning protection, usually It can be achieved by strengthening the steel structure and adding lightning rods. As for the windproof ability, the current main technical measures are only to strengthen the strength of steel bars and concrete itself. Usually, the scheme of increasing the number of steel bars or increasing the quality of concrete is adopted. However, such a scheme will It will increase the construction cost to a large extent, so for the ...

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Problems solved by technology

[0002] In recent years, natural disasters have occurred frequently, and the requirements for disaster prevention of buildings, especially high-rise buildings, are getting higher and higher, which are mainly reflected in: earthquake resistance, wind resistance, lightning protection, etc. Among them, for earthquake resistance and lightning protection, usually It can be achieved by strengthening the steel structure and adding lightning rods. As for the windproof ability, the current main technical measures are only to strengthen the strength of steel bars and concrete itself. Usually, the scheme of increasing the number of steel bars or increasing the quality of concrete is adopted. However, such a scheme will It will increase the construction cost to a large extent, so for developers, its actual implementation will be greatly restricted; However, in the development of this kind of wind-resistant building structure, an effective and reasonable plan has not yet been proposed.

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